dils-totul despre cursuri

8/11/2019 DILS-Totul Despre Cursuri

1/72

TECHNICAL UNIVERSITY OF CIVIL ENGINEERING BUCHARESTTUCEB

DEPARTMENT OF

CIVIL ENGINEERING

Language of instruction: English

ECTS STUDENT GUIDE

2003


2/72

Field: ENGINEERINGSpecialization: CIVIL ENGINEERING IN ENGLISH (IC. E)Education form: ENGINEERS FULL-TIME INSTRUCTIONSTUDY PERIOD : 5 YEARS

Notations: C course ; S - seminar; L - laboratory; P - project or practice; SI- individual study: TO

- total hours per week; CR credits granted; E exam; C assessment.

Semester 1

ItemNo.

Discipline C S L P SI TO CR

Prerequisite Exam.form

1. Analysis I 3 2 - - 4 9 6 E

2. Linear Algebra andAnalytical Geometry I 2 2 - - 4 8 5 E

3. Computer Science (CS) 2 - 2 - 2 6 3 C

4. Descriptive Geometry I 2 - 1 - 3 6 3 E

5. Chemistry (Ch) 2 - 1 - 2 5 3 E6. Surveying 3 - 2 - 2 7 5 E

7. Humanity course I 2 - - - - 2 1 C

8. English language I 2 - 2 - 3 7 3 C

9. Physical Education I* - (2) - - - (2) - -

T O T A L 18 4 8 - 20 50 29 5E + 3C

Semester 2

Item

No.

Discipline C S L P SI T

O

C

R

Prerequisite Exam.

form

1. Analysis II (A II) 3 2 - - 4 9 5 E

2. Linear Algebra &AnalyticalGeometry II

2 2 - - 4 8 4 E

3. Descriptive Geometry II 1 - 1 - 1 3 2 C

4. Physics I 2 - 1 - 1 4 2 E

5. Building Materials 3 - 2 - 2 7 4 E

6. Mechanics I 3 2 - - 4 9 6 E

7. Engineering Graphics I - - 2 - 2 4 2 C

8. English language II 2 - 2 - 2 6 3 C9. Physical Education I* - (2) - - - (2) 1 (C)

10 Surveying Practice - - - 2x30

- - 2 C

T O T A L 16 6 8 - 20 50 315E + 4C+(1C)

Semester 3


3/72

ItemNo.

Discipline C S L P SI TO

CR


1. Advanced Mathematics 3 2 - - 3 8 5 E

2. Physics II 3 - 1 - 2 6 5 E

3. Mechanics II 3 2 - - 5 10 6 E

4. Engineering Graphics II - - 2 - 1 3 2 C

5. Programming Languages 2 - 2 - 2 6 3 C

6. Strength of Materials I 3 3 - - 6 12 7 E7. Humanity course II 2 - - - - 2 1 C

8. English language III - 2 - - 1 3 1 C

9. Physical Education II* - (2) - - - (2) - -

T O T A L 16 9 5 - 20 50 30 4E + 4C

Semester 4

ItemNo.


CR


1. Numerical Analysis 2 2 - - 2 6 3 E

2. Engineering Geology 2 - 1 - 1 4 3 E

3. Strength of Materials II (SMII)

3 3 - - 6 12 7 E

4. Structural Analysis I 3 3 - - 6 12 7 E

5. Fluid Mechanics I 3 - 2 - 3 8 5 E

6. Architecture & UrbanPlanning 2 - 2 - 1 5 3 C

7. English language IV - 2 - - 1 3 1 C

8. Physical Education II* - (2) - - - (2) 1 (C)

T O T A L 15 10 5 - 20 50 305E + 2C+(1C)

Semester 5

ItemNo.

Discipline C S L P SI TO CR Prerequisite Exam.form

1. Structural Analysis II 3 3 - - 5 11 7 E

2. Reinforced and PrestressedConcrete I

3 2 - - 5 10 7 E

3. Buildings 3 - - 2 2 7 3

3Pr

E+Pr

4. Transport Engineering 2 - 1 - 1 4 2 C

5. River Basin Planning 2 - 1 - 1 4 2 C

6. Elasticity and Plasticity (EP) 2 2 - - 3 7 3 (SM II) E

7. Fluid Mechanics II 2 - 2 - 3 7 3 E

T O T A L 17

7 4 2 20 50 305E+2C+1Pr


4/72

Semester 6

ItemNo.


CR Prerequisite

Exam.form

1. Reinforced andPrestressedConcrete II (RPC II)

3 2 - - 4 9 5 E

2. Structural Dynamics (SD) 3 2 - - 4 9 5 (SA II) E3. Soil Mechanics I 3 - 2 - 4 9 5 E

4. Steel Structures I 3 2 - - 4 9 5 E

5. Sanitary Engineering 3 - - 2 2 7 22Pr

E+Pr

6. Bridges 3 - - 2 2 7 4 C

7. Practice I - - - 3x30

- - 2 C

T O T A L 18 6 2 4 20 50 305E+2C++1Pr

Semester 7ItemNo.


CR Prerequisite

Exam.form

1. Soil Mechanics II (SMe II) 2 - - 2 3 7 32Pr

E+Pr

2. Reinforced ConcreteStructures I

3 - - 3 5 11 43Pr

(RPC II) E+Pr

3. Earthquake Engineering(EE)

3 2 - - 4 9 5 (SD) E

4. Construction Machines 2 - - - 1 3 2 C

5. Enterprise Economics 2 - - - 1 3 2 C6. Computer Methods in CivilEngineering

2 - 2 - 2 6 3 C

7. Equipments for Buildings I 3 - - - 2 5 3 C

8. Steel structures II (SS II) 2 - - 2 2 6 21Pr

E+Pr

T O T A L 19 2 2 7 20 50 304E+4C+3Pr

Semester 8

Item

No.

Discipline C S L P SI T

O

CR Prerequisit

e

Exam.

form1. Construction Engineering 3 - - 3 3 9 3

2PrE+Pr

2. Foundations Engineering 3 - - 3 5 11 33Pr

(SMe II) E+Pr

3. ConstructionManagement

3 - - 3 3 9 32Pr

E+Pr

4. Equipments for BuildingsII

2 - - - 1 3 2 C

5. Finite Element 3 2 - - 4 9 5 (EP) E


5/72

Method(FEM)

6. Structural Reliability andRisk Analysis (SRR)

3 2 - - 4 9 5 (EE) E

7. Practice II - - - 3x30

- - 2 C

T O T A L 17 4 - 9 20 50 305E+2C+3Pr

Semester 9

ItemNo.

Discipline C S L P SI TO CR Prerequisite

Exam.form

1. Reinforced ConcreteStructures II

3 - - 3 4 10 43Pr

E+Pr

2. Building Design 3 - - 3 4 10 33Pr

E+Pr

3. Advanced Steel Design 3 - - 3 4 10 33Pr

(SS II) E+Pr

4. Wood Structures 2 - 1 - 2 5 3 E

5. Advanced StructuralAnalysis

2 1 - - 3 6 4 (FEM) i(SRR)

E

6. Nonlinear Analysis ofStructures

2 1 - - 3 6 4 C

T O T A L 15 2 1 9 20 47 305E+1C+3Pr

Semester 10

ItemNo.

Discipline C S L P SI TO CR

Prerequisite

Exam.form

1. Design Synthesis - - - 3,5 2,5 6 5 C

2. Elaboration of the DiplomaProject - - - 24

,517,5

42 25 275 CR A/R

T O T A L - - - 28 20 50 30 1C+1A/R

Compulsory disciplines for passing from 1st to 2ndyear

No. of credits- Analysis I 6- Linear Algebra & Analytical Geometry 5- Descriptive Geometry I 3- Mechanics I 6- Engineering Graphics 2- Surveying Practice 2

Total 24


6/72

Compulsory disciplines for passing from 2nd to 3rdyear1styear disciplines No. of credits

- Analysis II 5- Linear algebra & Analytical Geometry II 4- Descriptive Geometry II 2

- Physics I 2- Chemistry 3Total 16

2nd year disciplines- Advanced Mathematics 5- Mechanics II 6- Strength of Materials I 7- Strength of Materials II 7- Structural Analysis I 7- Fluid Mechanics I 5

Total :37


7/72

SYLLABUSES

Technical fields of specialization

STRUCTURES


8/72

COURSE UNIT DESCRIPTION

Course No. 1

Course title: AnalysisSemester: 1

Course type: Number of credits:6Lecture: 3 hours/weekTutorial: 2 hours/week

Lecturer : Professor Mihai VOICU

University / Department :

Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40) -21- 2421208, Fax (+40) -21-2420781

Status of the course in the study program: Compulsory course.

Course description:

Sequences and series of real numbers.Real functions of one real variable.Sequences and series of functions.Metric spaces: principle of contraction.Functions of several variables: Taylor's formula, local extreme.

Objectives of the course:

Students get necessary knowledge of Advanced Mathematics andfundamental courses of Civil Engineering.

Teaching method:

Lectures and tutorials.

Prerequisites:

Basic knowledge on Mathematics high school.

Teaching aids:

Textbooks written for this purpose.

Examination:

Written and oral examination.

Bibliography: 1.TOMA I. : Mathematical Analysis, vol. 3,4,5, TUCEB, Bucharest,1991.


9/72


Course No. 2

Course title: Linear Algebra and Analytical GeometrySemester:1Course type: Number of credits:

Lecture: 2 hours / week 5Tutorial: 2 hours / week

Lecturer :Professor Sever-Angel POPESCU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40) -21 - 2421208, Fax (+40)-2 1- 2420781


Course description:

Vector algebra. Linear spaces. Linear transformations. Matrices and linear systems. Gauss' method andapplications. Scalar products. Gram-Schmidt's procedure and applications. Eigenvalues and eigenvectors.Orthogonal and symmetric transformations. Bilinear forms and tensors. Quadratic forms and applications.


The student should obtain fundamental knowledge of 3-dimensional geometric vector space, n-dimensionalreal vector space and of linear transformations defined on these spaces.

Teaching method:Lectures and tutorials.

Prerequisites:Basic knowledge of Algebra high school.

Teaching aids:Textbooks are available for students.

Examination:Written and oral examination.

Bibliography:

VOICU M.: Linear Algebra, TUCEB, Bucharest, 1992.GOTSONIU N.M., POPESCU S. A.: How to solve problems in Linear Algebra, TUCEB, Bucharest, 1993.LANG S.: Linear Algebra, Springer- Verlag, 1986.PROSKURYAKOV I. V.: Problems in Linear Algebra, Mir Publishers, Moscow, 1978.


10/72


Course No. 3

Course title:Computer ScienceSemester: 1

Course type: Number of credits:

Lecture: 2 hours / week 3Laboratory: 2 hours / week

Lecturer :Lector Ion MIERLUS


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)- 21- 2421208, Fax (+40)- 21- 2420781

Status of the course in the study program: Compulsory course.Course description:Computer fundamentals. Hardware and software. Working principles.Computer networks. Local and wide area networks. Internet.Software classes. Operating systems. WINDOWS.,UNIX, LINUX.Web Page. Creating a HTML ( Hyper Text Markup Language ) Web Page.MS-Office. Text editor. MS-Word. Presentation editor. MS-PowerPoint.Spreadsheets. MS-Excel, Data bases. MS-ACCESS.Mathematical analysis and algebraic computation. MathCAD.


The student should obtain theoretical and practical knowledge for computer using.Teaching method:

Lectures and computer activity.

Prerequisites:

Basic knowledge of Mathematics.

Teaching aids:

Textbooks are available for students.

Examination:

Practical computer using and oral examination

Bibliography:

CRISTEA Gh.: Computer Science. Lecture notes, TUCEB, 1998.*** MS-Windows Users Guide, Microsoft Press, 1994.***MS-Office Users Guide, Microsoft Press, 1994.*** MathCAD Users Guide, MathSoft Inc., 1993.


11/72


Course No. 4

Course title: Descriptive GeometrySemester:1Course type: Number of credits:

Lecture: 2 hours/week 3

Laboratory: 1 hour/week

Lecturer :Assist. professor Monica GHEORGHIU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40) 1 - 2421208, Fax (+40) 1 - 2420781

Status of the course in the study program:Compulsory course.

Course description:

The conical, cylindrical, orthogonal, and oblique projection methods.. Projection properties.Double and triple orthogonal projections of the point, line and plane.Methods of Descriptive geometry: Changing planes, revolution, swinging.Solids: representations, intersection of planes with solids, developments.


The student must achieve knowledge of Descriptive Geometry, skills of representing in a graphical mannersolids and structures, and develop space sight abilities.

Teaching method:Lectures and practical activity.

Prerequisites:

Basic knowledge of Plane and Space Geometry.

Teaching aids:

Lecturer's handouts.

Examination:


Bibliography:

1. TEODORESCU ST.: Geometrical Representations, vol I, TUCEB,Bucharest.2. PARE/LOVING/ HILL/ PARE : Descriptive Geometry, Macmillan Publishing Company, New York,1987.


12/72


Course No. 5

Course title:ChemistrySemester 1Course type : Number of creditsLecture: 2 hours / week 3

Laboratory: 1 hour / week

Lecturer: Assoc. professorMonica Maria DINU

University / Department:

Technical University of Civil EngineeringDepartment of Civil EngineeringBd. Lacul Tei 24, sect. 2, RO 72302, Bucharest

Status of the course in the study program:

Compulsory courseCompulsory laboratory

Course description:

Fundamentals of Atomic StructureChemical Bonds and Intermolecular ForcesChemical ThermodynamicsChemical Kinetics and Chemical Equilibrium. Phase EquilibriumThe States of MatterHomogenous and Heterogeneous Disperse Systems. Surface Phenomena. Colloids.

Laboratory description:

pH. Acid-base indicatorsThe Acid-base titration

The hardness of water. Water qualitative analysisThe cooling curves. The thermal phase diagram.Factors affecting the rate of reactions. Finding out the order of reactionAdsorption of acetic acid on activated charcoal.Colloids.

Objective of the course:

The student will get basic knowledge of general and physical chemistry required for abetter understanding of building materials

Teaching method:

Classical lectures combined with practical examples

Examination methods:Written examination

Bibliography:

Monica Dinu, Chemistry, Publistar, Bucureti, 2000James E. Brady; Gerard E. Humiston, General Chemistry, John Wiley & Sons, 1989V. B. John, Introduction to Engineering Materials, Mac Millan Publishing Company,1990 (third edition )


13/72


Course No. 6

Course title :SurveyingSemester: 1Course type: Number of credits:


Lecturer :Assist. professor Dan POPESCU




Course description:

General notions. Plans and maps. The theory of error measurement. The theodolite. Method of planimetricsurvey and details survey. Tachimetric survey. Levelling survey. Surveying works on construction sites.


The student should obtain knowledge of theoretical fundamentals and practical methods of surveying.

Teaching method:

Lectures and laboratory activity

Prerequisites:


Teaching aids:


Examination:


Bibliography:

TAMAIOAGA GH. Planimetric Survey, TUCEB, Bucharest, 1994TAMAIOAGA GH. Levelling and Tachymetric Survey, TUCEB, Bucharest, 1994TAMAIOAGA GH. Surveying Works on Construction Sites, TUCEB, 1994EVETT J. B. Surveying , John Wiley and Sons, N.Y., 1979.


14/72


Course No. 7

Course title :Humanity coursesSemester:1Course type: Number of credits:

Lecture : 2 hours / week 1

Lecturer :Assoc. professor Zoia MANOLESCU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-21 - 2421208, Fax (+40)-2 1 - 2420781


Course description:

Main topics are: Manners; Food and drink; Leisure time; Youth culture;English as an international language.


Provide the students with new ideas and experiences, and encourage them to show sympathy for people ofother cultures.Develop students capacity to reach detailed perception of differencesand similarities between their own culture and others culture.

Teaching method:Lectures and workshops.

Prerequisites:

Basic cultural knowledge.

Teaching aids:

Books, audio and video tapes.

Examination:

Oral examination.

Bibliography:

TOMALIN B., STEMPLESKY S., CUP.: Cultural Awareness.LAVERY C., Phoenix: Focus on BritainMARSDEN B., MDVER N., BBC English: People and placesSHEERIN S., SEATH J., WHITE G., CUP.: Spotlight on BritainFALK R., CUP.: Spotlight on USAHOFSTEDE G.: Management of multicultural structures, Economica, Publishers Bucharest, 1996


15/72


Course No. 8

Course title:English LanguageSemester: 1

Course type: Number of credits:Lecture: 2 hours/week 3Seminar: 2 hours/week

Lecturer : Assoc. professor Zoia MANOLESCU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40) -21-2421208, Fax (+40) -21-2420781


Course description:

Provides grammar revision and extension, covering the "problem areas" that upper-intermediate students stillfind difficult.Provides lexical development and focuses on study skills and languageawareness.Integrates skill, especially communication skills, with an emphasis on real-world tasks.Provides stimulating and varied listening and reading material.

Objectives of the course:To help the students to improve their knowledge of English and increase theirlearning autonomy.

Teaching method:

Lectures, seminars and workshops.

Prerequisites:

At least an intermediate level of English.

Teaching aids:


Examination:


Bibliography:

Distinction, FOLEY M., HALL D., Nelson, 1993Headway Upper-intermediate, J.& I. SOARS, OUP, 1987Fast Forward 3, BLACK V. et al,: OUP, 1986Academic Writing Course, JORDAN R.R., Collins E.L.T., editura 1990.


16/72


Course No. 1

Course title :Analysis:

Semester: 2Course type: Number of credits:Lecture: 3 hours/week 5Tutorial: 2 hours/week

Lecturer :.Professor Mihai VOICU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, Romania,

Tel. (+40)-2 1- 2421208, Fax (+40)-21-2420781Status of the course in the study program: Compulsory course.

Course description:

Riemann's integral: applications to Geometry and Mechanics.Generalized(improper) integrals.Integrals depending on a parameter: Euler's functions.Curvilinear integrals.Multiple and surface integrals: Gauss and Stokes formulas.Ordinary differential equations: methods of integration.

Ordinary differential systems: Cauchy problem.Objectives of the course:

Students get necessary knowledge on Advanced Mathematics and fundamental courses of CivilEngineering.

Teaching method:


Prerequisites:

Knowledge of Elementary analysis and Linear Algebra and Differential Geometry.

Teaching aids:

Textbooks written for this purpose.

Examination:


Bibliography:

1.TOMA I. : Mathematical Analysis, Vol. 3,4,5, TUCEB, Bucharest, 1991.


17/72


Course No. 2

Course title :Linear Algebra and Analytical GeometrySemester:2

Course type: Number of credits:Lecture: 2 hours / week 4Tutorial: 2 hours / week

Lecturer :Professor Sever-Angel POPESCU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, Romania,Tel. (+40)-2 1- 2421208, Fax (+40)-2 1-2420781


Course description:

Straight lines and conics. The canonical forms of conics. Planes and straight lines in space. Angles anddistances. Spheres and other quadric surfaces. Curves in space. Frenet's reference system. Curvature.Torsion. Frenet's formulas. Surfaces. The fundamental forms of Gauss and applications.


The students obtain fundamental knowledge of the 3-dimensional analytical geometry fundamentals andsome introductory notions in the differential geometry of curves and surfaces.

Teaching method:


Prerequisites:

Basic knowledge of high school Geometry and of Linear Algebra.

Teaching aids:


Examination:


Bibliography:

VOICU M.: Analytical and Differential Geometry, TUCEB, Bucharest, 1992.POGORELOV A.V.: Analytical Geometry, Mir Publishers, Moscow, 1980.KLETENIK D.,: Problems in Analytical Geometry, Mir Publishers, Moscow, 1981.ATANASIU GH.,. MUNTEANU GH., POSTOLACHE M.: Linear algebra, analytical and differentialgeometry and differential equations, ALL, Publishers, Bucharest, 1994.


18/72


Course No. 3

Course title : Descriptive GeometrySemester: 2Course type: Number of credits:

Lecture: 1 hour/week 2Tutorial: 1 hour/week

Lecturer :Assist. professorMonica GHEORGHIU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-2 1-2421208, Fax (+40) -21-2420781


Course description:

Perspective projection.Oblique and orthogonal axonometric projection.General ruled surfaces and ruled surfaces with directing plane used in constructions.Horizontal projections used for solving building problems.


The student must achieve knowledge of Descriptive Geometry, skills of representing solids and constructivestructures in a graphical manner and develop space sight abilities.

Teaching method:


Prerequisites:

Basic knowledge of Plane and Space Geometry.

Teaching aids:

Lecturer's handouts.

Examination:

Written and oral examination

Bibliography:

1. TEODORESCU ST.: Geometrical Representations, Vol II, TUCEB, Bucharest.2. PARE/LOVING/ HILL/PARE : Descriptive Geometry, Macmillan Publishing Company, New York,1987.


19/72


Course No. 4

Course title : PhysicsSemester: 2

Course type: Number of credits:

Lecture: 2 hours/week 2Laboratory: 1 hour/week

Lecturer :Assoc. professor Mircea BECIU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-2 1-2421208, Fax (+40)-2 1- 2420781


Course description:

Dimensional analysis.Elements of classical mechanics.The theory of special relativity.Oscillations and waves.Thermodynamics and applications.


The student should obtain knowledge of Mechanics and Thermodynamics theoretical fundamentals and

should become acquainted with some of their applications.

Teaching method:

Lectures, and laboratory sessions.

Prerequisites:

High school knowledge of Physics and knowledge of Mathematics.

Teaching aids:



Bibliography:

FEYNMAN R.P.: Lecture Notes on Physics, -Vol.1


20/72


21/72


Course No. 6

Course title :MechanicsSemester:2Course type: Number of credits:

Lecture: 3 hours/week 6Tutorial: 2 hours/week

Lecturer :Professor Vasile SZOLGA


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-2 1 - 2421208, Fax (+40)-2 1-2420781


Course description:

Systems of forces in plane and in space, equivalent systems.Equilibrium of particles and rigid bodies.Analysis of statically determinate structures: frames and trusses.Kinematics of particles and rigid bodies.


The student should obtain knowledge on theoretical fundamentals of Mechanics.


Prerequisites:

Basic knowledge of vector Analysis and high school Mathematics.

Teaching aids:


Examination:


Bibliography:

SZOLGA V.: Theoretical Mechanics, Part one : Statics, TUCEB, Bucharest,1994.SZOLGA V.: Theoretical Mechanics, Part two: Kinematics ,TUCEB, Bucharest, 1993.PETCU V.: Theoretical Mechanics , Vol.I, Statics of particles. Statics of rigid bodies. Kinematics ofparticles, TUCEB, Bucharest,1991 .


22/72


Course No. 7

Course title: Engineering GraphicsSemester: 2

Course type: Number of credits:Tutorial: 2 hours/week 2

Lecturer : Assit. Professor Mirela CHELCEA


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40) -21- 2421208, Fax (+40)-2 1- 2420781

Status of the course in the study program: Compulsory tutorials.

Course description:

Representation of reinforced concrete, masonry, wood and metal construction elements.


The student must achieve skills to design and draw construction elements.

Teaching method:

Tutorials.

Prerequisites:Knowledge of Descriptive Geometry (orthographic projection).

Teaching aids:

Lecturer's handouts and examples.

Examination:

Project.

Bibliography:

Technical drawing guide, TUCEB, Bucharest, 1982

LUZADDER W., DUFF J.: "Fundamentals of Engineering Graphics" , 1989, New Jersey.EIDE A.R., JENISON R.D.: "Engineering Graphics. Fundamentals", McGraw Hill Book Company.International, European and Romanian technical standards for technical drawing and writing.


23/72


Course No. 8

Course title :English LanguageSemester: 2

Course type: Number of credits:Lecture: 2 hours/week 3Seminar: 2 hours/week

Lecturer : Assoc. ProfessorZoia MANOLESCU, PhD


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-2 1-2421208, Fax (+40) -21-2420781


Course description:

Provides grammar revision and extension, covering the "problem areas" that upper-intermediate students stillfind difficult.Provides lexical development and focuses on study skills and language awareness.Integrates skill, especially communication skills, with an emphasis on real-world tasks.Provides stimulating and varied listening and reading material.


To help the students to improve their knowledge of English and increase their learning autonomy.Teaching method:

Lectures, seminars and workshops.

Prerequisites:

At least an intermediate level of English.

Teaching aids:


Examination:


Bibliography:

1. FOLEY M., HALL D. Distinction, Nelson, 19932. J.& I. SOARS Headway Upper-intermediate OUP.3. BLACK V. et al, Fast Forward 3, OUP4. JORDAN R.R., Academic Writing Course. COLLINS E.L.T.


24/72


Course No. 1

Course title: Advanced MathematicsSemester: 3Course type: Number of credits:


Lecturer :Lector Viorel PETREHUS


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-2 1- 2421208, Fax (+40)-2 1- 2420781


Course description:

Complex functions: holomorphic functions, conformal mappings, series expansions, the theory of residues.Fourier series, Fourier and Laplace transformations.Variational Calculus: the Euler and Poisson equations for one and two dimensional problems.The partial differential equations: canonical forms, the Cauchy problem for hyperbolic and parabolicequations, mixed problems, harmonic functions.Probability theory: the definition and examples, simple random variables.


The student should obtain basic knowledge of Advanced Mathematics needed in Civil Engineering,especially for solving differential equations with partial derivatives.

Teaching method:


Prerequisites:

Basic knowledge of Mathematical Analysis and Linear Algebra.

Teaching aids:


Examination:


Bibliography:

STNSILO.,BRNZNESCU V. : Special mathematics, ALL, Publishers,1994.NICOLAU A.: Special mathematics, TUCEB, Bucharest 1989.PETREHUS V: Lecture notes.RUDNER V., NICOLESCU C.; Problems of special mathematics, E.D.P., Bucharest, 1982.Special mathematics. Problems, TUCEB, Bucharest.


25/72


Course No. 2

Course title :PhysicsSemester:3

Course type: Number of credits:Lecture: 3 hours/week 5Laboratory: 1 hour/week

Lecturer :Assoc. professor Mircea BECIU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-2 1- 2421208, Fax (+40)-21 - 2420781


Course description:

Heat transfer and applications.The classical theory of the electromagnetism.Electromagnetic waves.Elements of modern physics.


The student should obtain knowledge of fundamentals for electromagnetism and modern physics and should

become acquainted with some of their applications.

Teaching method: Lectures, and laboratory sessions.

Prerequisites:

High school knowledge of Physics and knowledge of Mathematics up to the first academic year level.

Teaching aids:


Examination:


Bibliography:

1. BECIU M. ; Lecture Notes on Physics TUCEB, Bucharest, 1992.2. FEYNMAN R.P., Lecture Notes on Physics, Vol.2 and 3.


26/72


Course No.3

Course title: Mechanics

Semester:3Course type: Number of credits:


Lecturer : ProfessorVasile SZOLGA


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, Romania

Tel. (+40) -21-2421208, Fax (+40)-21-2420781


Course description:

Kinematics of rigid bodies in plane motions.General theorems in dynamics of particles and rigid bodies.Analytical mechanics :D'Alembert's principle, virtual work principle andLagrange equations.


The student should obtain knowledge of theoretical fundamentals of mechanics and to apply it.

Teaching method:


Prerequisites:

Basic knowledge of Statics and Kinematics of particles and Mathematics up to the first academic year level.

Teaching aids:



Bibliography:

SZOLGA V.: Theoretical Mechanics, Part two: Kinematics TUCEB, Bucharest, 1993.SZOLGA V.: Theoretical Mechanics, Part three: Dynamics, TUCEB, Bucharest,1993.SZOLGA V.: Theoretical Mechanics, Part four: Analytical Mechanics, TUCEB, 1993.PETCU V.: Theoretical Mechanics, Vol II, TUCEB, Bucharest,1992.


27/72


Course No. 4

Course title:Engineering GraphicsSemester: 3

Course type: Number of credits:Tutorial: 2 hours/week 2

Lecturer :Assist. Professor Mirela CHELCEA


Technical University of Civil Engineering BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-21-2421208, Fax (+40)-21-2420781


Course description:

Representation of the architectural plan of current floors, vertical sections through buildings, facades.


The student must achieve skills to design and draw construction elements.

Teaching method:

Tutorials.

Prerequisites:Knowledge of Descriptive Geometry (orthographic projection).

Teaching aids:

Lecturer's handouts and examples.

Examination:

Project.

Bibliography:

1.*** Technical drawing guide, TUCEB Bucharest, 1982.

2. LUZADDER W., DUFF J.: Fundamentals of Engineering Graphics , New Jersey, 1989.3 EIDE A.R., JENISON R.D. et al -0: "Engineering Graphics. Fundamentals", McGraw Hill BookCompany.4.*** International, European and Romanian technical standards for technical drawing and writing.


28/72


Course No. 5

Course title: Programming languagesSemester: 3

Course type: Number of credits:Lecture: 2 hours / week 3Laboratory: 2 hours / week

Lecturer :Lector Ion MIERLUS


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-21-2421208, Fax (+40)-21-2420781


Course description:

Programming languages basis. Algorithms. Flowcharts. Pseudo-code.Structured programming. Object-oriented programming principles.C/C++ language features. Basic knowledge. C/C++ program structure.Types of data. Constants. Variables. Statements. Operators.Expressions. Evaluation statements. Decision statements. Loop statements. Arrays and character strings.Pointers. Functions. Input/Output devices. Objects and classes.Basic programming HTML.


The student should obtain theoretical and practical knowledge for program development.

Teaching method:

Lectures and tutorials

Prerequisites:

Basic knowledge of Computer Science.

Teaching aids:


Examination:

Practical development of programs and oral examination.

Bibliography:

CRISTEA Gh. : Programming Languages Notes, TUCEB, 1998.BJARNE S.: The C++ language, Addison Wesley Pub. Co, 1993.


29/72


Course No. 6

Course title : Strength of Materials

Semester: 3Course type: Number of credits:

Lecture: 3 hours / week 7Tutorial : 3 hours / week

Lecturer : Eng. Horia SANDI


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, Romania

Tel. (+40)-21-2421208, Fax (+40)-21-2420781


Course description:

Problems of Strength of Materials. Simple actions (Axial action, shear, bending, torsion, longitudinalshearing). Stresses in inclined sections.Generalized Hooke's law.


The student should obtain knowledge of theoretical fundamentals and of practical methods for thedetermination of the states of stress and strain in structural elements used in Civil Engineering.

Teaching method:


Prerequisites:

Basic knowledge of Applied Mathematics and Theoretical Mechanics.

Teaching aids:


Examination:


Bibliography:

1. SOARE V.M. ; ALDEA C. : Strength of materials, Parts-I/1, I/2, II(1992), III(1993), TUCEB ,Bucharest.2. SOARE V.M. ; ALDEA C : Strength of materials. Theory and problems, Vol 3a, 4 (1997), vol 5 (1996),TUCEB, Bucharest.


30/72


Course No. 7

Course title : Humanity CoursesSemester:3Course type: Number of credits:

Lecture: 2 hours/ week 1

Lecturer : Assoc. professorZoia MANOLESCU, PhD


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)-21-2421208, Fax (+40) 1 - 2420781


Course description:

Main topics are: A glimpse into geography; A slice of history;United Europe - EEC; Law and order; Political systems; Education; Religion; Family life; Traveling;Holidays, customs and festivals.


Provide the students with new ideas and experiences, and encourage them to show sympathy for people ofother cultures.Develop students capacity to reach detailed perception of differences and similarities between their ownculture and others' culture.

Teaching method:

Lectures and workshops.

Prerequisites:


Teaching aids:


Examination:

Written and oral examination, plus a project work.

Bibliography:

TOMALIN B. STEMPLESKI S., Cultural Awareness CUP.LAVERY C. Focus on Britain , Phoenix.MARSDEN B., MDVER N.: People and places, BBC English.SHEERIN S.,SEATH J., WHITE G Spotlight on Britain, CUP.FALK R.Spotlight on USA , CUP.HOFSTEDE G.Management of multicultural structures, Economica Publishers, Bucharest, 1996.


31/72


Course No. 8

Course title : English LanguageSemester:3Course type: Number of credits:

Seminar: 2 hours/week 1

Lecturer : Assoc. professorZoia MANOLESCU, PhD




Course description:

Using real-life examples and practical exercises, the course is designed torelate to the needs of most students: improving writing skills, researchtechniques and note-taking, how to organize and present different materials, how to prepareeffectively for language exams.


To help students to improve their knowledge of English and their study skills as well as toincrease their learning autonomy.

Teaching method:Seminars and workshops.

Prerequisites:


Teaching aids:


Examination:


Bibliography:

1. R.R. JORDAN R.R. Academic Writing Course COLLINS E.L.T.2. WALLACE M.: Study Skills in English.


32/72


Course No. 1

Course title :Numerical AnalysisSemester: 4Course type: Number of credits:


Tutorial: 2 hours / week

Lecturer : ProfessorAlexandru NICOLAU




Compulsory course.Course description:

Interpolation : Numerical derivation :Numerical integration.Introduction to finite differences method and finite element method for ordinary differentialequations and partial differential equations.


The student should obtain knowledge of theoretical fundamentals of the numerical methodsused in Civil Engineering.


Prerequisites:


Teaching aids:


Examination:

Written examination.

Bibliography:

1. NICOLAU A.: Numerical analysis, TUCEB, Bucharest, 1997.2. NICOLAU A.: Numerical analysis, TUCEB., Bucharest, 1982.3. TOMA I.: Numerical Analysis, T.U.C.E.B., Bucharest, 1995.4. IACOB C. and all. : Classical and modern mathematics, Tom IV,Ed.Tehnica, Bucharest, 1983.


33/72


Course No. 2

Course title:Engineering GeologySemester: 4Course type: Number of credits:

Lecture: 2 hours / week 3

Laboratory: 1 hour / week

Lecturer : Assoc. professor Radu STANESCU




Compulsory course.

Course description:

The Earth: internal structure, gravity, density, magnetism, temperature.Dynamic processes in the crust: geosynclines, isostasy, plate tectonics.Earthquakes: intensity, magnitude, effects.Minerals: structures, physical characters, rock forming minerals.Igneous, metamorphic and sedimentary rocks: genesis, types, general characters.Geological structures: folds, foults, joints.Earth age, stratigraphical column.Surface processes: weathering, erosion, deposition, landsides.

Ground investigations, geological maps and sections.Ground treatment and support.


Train the students to have a correct geological approach on ground characteristics.

Teaching aids:

Geological maps, rocks samples, slides.

Examination:

Oral examination.

Bibliography:

1. LEGGET R.F. , HATHEWA A.W. : Geology and Engineers, McGraw-Hill, NY., 1988.2. BLTH F.G.H., de FREITAS M.H.: A Geology for Engineers, Edward Arnold, London,

UK., (1990)


34/72


Course No. 3

Course title :Strength of MaterialsSemester: 4Course type: Number of credits:


Tutorial : 3 hours / week

Lecturer : Horia SANDI


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)21-2421208, Fax (+40)-21-2420781



Strain energy. Theories of strength. Compound stresses. Beams on elastic foundations. Planecurved bars. Stresses beyond the elastic limit. Buckling. Impact. Complements of Strength ofMaterials.


The student should obtain knowledge of theoretical fundamentals and ofpractical methods for the determination of the states of stress and strain in structuralelements used in Civil Engineering.

Teaching method:


Prerequisites:

Basic knowledge of Applied Mathematics and Theoretical Mechanics.

Teaching aids:

Textbooks are available for the students.

Examination:


Bibliography:

1) SOARE V.M., ALDEA C. : Strength of materials, Parts-I/1, I/2, II(1992), III(1993),TUCEB, Bucharest.2) SOARE V.M. ; ALDEA C : Strength of materials : Theory and problems, Vol 3a, 4(1997), vol 5 (1996). TUCEB , Bucharest.


35/72


Course No. 4

Course title: Structural AnalysisSemester: 4Course type: Number of credits:



Lecturer : Professor Valeriu PETCU




Compulsory course.

Course description:

Mechanical and geometrical effects of loads applied on structures.Analysis of statically determinate structures : beams, frames, trusses and arches.Application of virtual work principle.Analysis of statically indeterminate structures by the force method.Application of force method to continuous beams, frames, trusses and arches.


The student should obtain knowledge of theoretical fundamentals and of practical methods

applied for the analysis of statically determinate and statically indeterminate structures usedin Civil Engineering.

Teaching method:


Prerequisites:

Basic knowledge of Theoretical Mechanics and Strength of Materials.

Teaching aids:


Examination:


Bibliography:

1) PETCU V.: Structural Analysis, Vol. I : Statically determinate structures, TUCEB,Bucharest, 1992

2) PETCU V. : Structural Analysis, Vol. II : Statically indeterminate structures, TUCEB,Bucharest, 1993.


36/72


Course No. 5

Course title :Fluid MechanicsSemester: 4Course type: Number of credits:



Lecturer : ProfessorRadu Mircea DAMIAN




Compulsory course.

Course description:

Physical properties of fluids.Statics of fluids.Dynamics of fluids.Flow in pipes.Hydraulic machineries.Open-channel flow.Fluid jets.Groundwater flows. Wells and drains.


Introduction to fluid- flows and hydraulic structures applied in CivilEngineering.

Teaching method:


Prerequisites:

Basic knowledge of Mathematics and Theoretical Mechanics.

Teaching aids: Textbooks are available for students.Computer - Aided Learning software - CALWARE.

Examination:


Bibliography:

*** Computer - Aided Learning software, CALWARE.


37/72


Course No. 6

Course title :Architecture and urban planningSemester: 4Course type: Number of credits:

Lecture : 2 hours / week 3Tutorial: 2 hours / week

Lecturer : Marta Cristina ZAHARIAUniversity / Department :



Course description:Course 1/2 : Defining Architecture as fact of civilization, professional, scientific &philosophical approach.Course 3/4 : Architecture as a structuring space activityCourse 5 : The role of building materials in architectureCourse 6 ; The relationship between architect and engineerCourse 7 ; Architecture as a fact of civilization : The Egyptian and Greek ArchitectureCourse 8 ; Architecture as a fact of civilization ; The Roman and Byzantine ArchitectureCourse 9 ; Architecture as a fact of civilization : The Romanesque and Gothic ArchitectureCourse 10 : Architecture as a fact of civilization : Renaissance and Classical ArchitectureCourse 11 : Architecture as a fact of civilization : Baroque and Military Architecture

Course 12: Architecture as a fact of civilization : The birth of Modern ArchitectureCourse 13; Architecture as a fact of civilization : Romanian ArchitectureCourse 14: Building Types in architecture, characteristics and issues.


The students will get awareness of the architecture issues in building construction, in ahistoric approach and in a present day analysis.

Teaching method:

Lectures and slides comments.Prerequisites:

Basic knowledge of construction techniques.Teaching aids:

Excerpts and pamphlets upon the course's issues.Examination:

Written examination.Bibliography:

CHING, Francis : Architecture- Space, Form, Order. Van NostrandReinhold, New York 1979CHING, Francis : Building Construction Illustrated, Van NostrandReinhold, New York, 1978CONWAY, Hazel ; ROENISH, Rowan : UnderstandingArchitecture, Routledge, New York 1994


38/72


Course No. 7

Course title: English LanguageSemester: 4Course type: Number of credits:

Seminar: 2 hours/week 1

Lecturer :Assoc. professorZoia MANOLESCU




Compulsory course.

Course description:

Using real-life examples and practical exercises, the course is designed torelate to the needs of most students: improving writing skills, researchtechniques and note-taking, how to organize and present different materials, how to prepareeffectively for language exams.


To help the students to improve their knowledge of English and their study skills as well asto increase their learning autonomy.

Teaching method:

Seminars and workshops.

Prerequisites:


Teaching aids:


Examination:


Bibliography:

1. JORDAN R.R.: Academic Writing Course., COLLINS E.L.T.2. WALLACE M.: Study skills in English.


39/72


Course No. 1

Course title :Structural AnalysisSemester: 5Course type: Number of credits:



Lecturer : ProfessorValeriu PETCU





Analysis of statically indeterminate structures by the displacement method.Application of the displacement method using equations of condition.Application of the displacement method using moment distribution.Second order analysis of structures.Analysis of structural stability.



applied for the static and stability analysis of structures used in Civil Engineering.Teaching method:


Prerequisites:

Knowledge of the first part of Structural Analysis.

Teaching aids:


Examination:


Bibliography:

1. PETCU V.: "Structural Analysis", Vol. I : Statically determinate structures, TUCEB,Bucharest, 1992.

2. PETCU V. : "Structural Analysis", Vol. II : Statically indeterminate structures, TUCEB,Bucharest, 1993.


40/72


Course No. 2

Course title :Reinforced and Prestressed ConcreteSemester: 5Course type: Number of credits:

Lecture : 3 hours / week 7Tutorial : 2 hours / week

Lecturer : Assoc. professor Mihai MUNTEANU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)21-2421208, Fax (+40) -21-2420781


Course description:

Mechanical properties of concrete and of reinforcing and pre-stressing steel.Behaviour of reinforced concrete members. Behaviour stages.Design and analysis approaches. Limit state design procedure.Ultimate limit state of strength. Design and analysis of reinforced concrete memberssubjected to axial forces, bending moments, torsion and shear forces .


The main objective of the course is to develop the ability of studentsto analyze and design reinforced concrete members subjected todifferent types of forces in a simple and logical manner, using the basicprinciples of statics and some empirical formulas based on experimental results.

Teaching method:


Prerequisites:

Basic knowledge of Statics and Strength of Materials.

Teaching aids:Textbooks are available for students.

Examination:

Written and oral examination and practical design test.

Bibliography:

1) CRAINIC L. : "Reinforced concrete, Part I , TUCEB, Bucharest, 1994.


41/72


Course No. 3

Course title : Buildings (I)Semester: 5

Course type: Number of credits:Lecture : 3 hours / week 6Tutorial : 2 hours / week

Lecturer :.Professor Florin DABIJA


Technical University of Civil EngineeringDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, Romania,Tel. (+40)-21-2421208, Fax (+40)-21-2420781

Status of the course in the study program:Compulsory course

Course description:

System concept and performance concept applied to buildings.Modular coordination in building construction.Agents acting on buildings.Actions on buildings. Probabilistic approach.Permanent loads, live loads, climatic loads. Seismic action.Building substructure : basements and foundations.

Waterproofing of basements and foundations.


Provision of basic knowledge related to building engineering, especially in the field of civilbuilding construction.

Teaching method:

Lectures and tutorials (project).

Prerequisites:

Basic knowledge of structural analysis, construction materials, technical drawing.

Teaching aids:

Textbooks available.

Examination:

Written and oral.

Bibliography:

1) DABIJA F. : "Buildings" Vol. I, UTCB, Bucharest, 19922) DABIJA F. : "Buildings" Vol. II, UTCB, Bucharest, 1994


42/72


Course No. 4

Course title :Transport EngineeringSemester: 5Course type: Number of credits:

Lecture: 2 hours /week 2

Tutorial: 1 hour / week

Lecturer : Marin CATALIN




Compulsory course

Course description:

Classification of transportation systems.Elements of traffic engineering.Horizontal alignment of highways and streets.Vertical alignment of highways and streets.Highway and street cross-section elements.Intersections.Geometric design of parking facilities.Elements of airport design.

Complementary information concerning geometric elements of railways.


The student should obtain knowledge of basic principles of Transport Engineering and ofpractical methods for planning, design and construction of transportation systems.

Teaching method:


Prerequisites:

Basic knowledge of Mathematics, Topography, building materials, Physics, Theoretical

Mechanics, Geotechnics and Foundation Engineering.

Teaching aids:


Examination:

Written and oral examination.Bibliography:

1. RACANEL I, : Introduction to Transport Engineering, TUCEB Bucharest 1992.


43/72


Course No. 5

Course title:River Basin PlanningSemester:5Course type: Number of credits:


Lecturer : ProfessorAdrian POPOVICI


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, RomaniaTel. (+40)21-2421208, Fax (+40)-21-2420781


Course description:

-Aluvial transports-Natural river-The flow in river beds-Networks for river training-Networks for river beds-Hydrotechnic schemes of rivers

Objectives of the course:The students should obtain knowledge of theoretical fundamental and practical methods for river bed

training.Teaching method:


Prerequisites:

Basic knowledge of engineering in the field of river beds.

Teaching aids:

Textbooks is available for students.

Examination:


Hncu S. Regularizarea albiilor raurilor. Editura Ceres 1976Manoliu A.I. Regularizari de rauri si cai de comunicatii pe ape.

Editura didactica si pedagogica 1976Selarescu Mircea Regularizarea de rauri . Note de curs Institutul de Constructii Bucuresti,1994.


44/72

COURSE UNIT DESCRIPTION:

Lecturer: Assoc. professor Stefan BETEAUniversity/chair

Technical University of Civil Engineering of BucharestChair of Strength of Materials124, Lacul Tei Bd., RO-72302, Bucharest, RomaniaTel. (+40)- 21-2421202 / 216


Compulsory course

Course description:

Themes hoursPlane Stress in Rectangular Coordinates . 4

Stress Function for Plane Stress Problem 2

The Finite Difference Method for Plane Stress . 2

Plane Stress in Polar Coordinates 4

Elastic Wedge and Elastic Half-plane 2

Circular Plates 4

Plane Plates in Rectangular Coordinates 6

Strain Energy for Plane Plates 2

Revolution Shells Symmetrically Loaded andSupported

2

Tutorials description:

Plane Stress in Rectangular Coordinates 8Plane Stress in Polar Coordinates 6Circular Plates 4Plane Plates in Rectangular Coordinates 6Revolution Shells 4

Objective of the course:

The students will get theoretical fundamentals of Theory of Elasticity and Theory of Plates.Teaching method:Classical lectures combined with computer applications.Prerequisites:

Basic knowledge of differential and integral calculus and of strength of materials.Teaching aids:

Hand written materials and documentation for computer applications.Examination:

Partial examination (40%) + final examination, written and oral.Bibliography:

S. TIMOSHENKO, J.N. GOUDIER "Theory of Elasticity", McGraw-Hill 1951

Course No.6

Course unit title :Elasticity and plasticitySemester : 5Course type Number of credits:

Lectures: 2 hours/week Tutorial: : 2 hours/week 3


45/72


Course No.7

Course titleFluid MechanicsSemester: 5Course type: Number of credits:


Tutorial: 2 hours/week

Lecturer : ProfessorVirgil PETRESCUUniversity / Department :


Status of the course in the study program:Elective course.

Course description:

Basic concepts on Fluid Mechanics. Models. The state of stresses within afluid. The equilibrium equation for a continuous medium. The Helmholz'equation. The continuity equation.The flow of an ideal fluid. The Euler equations. The Bernoulli integrals.The flow of a viscous fluid. Laminar and turbulent motions. The Navier- Stokes and Reynolds equations.The one-dimensional model of the fluid flow. Hydraulic networks.Branched and annular networks.Uniform and non-uniform open channel flow. Gradually and rapidlyvaried flow. Hydraulic jump. Weirs and sluices.Groundwater flow. Filtration model. Aquifers and aquitards. Wells and

drains.Objectives of the course:The students should obtain knowledge of theoretical fundamentals and practical methods forthe analysis of Fluid Mechanics phenomena encountered in Civil Engineering.

Teaching method:

Lectures and experimental/theoretical applications.Prerequisites:

Basic knowledge of Fluid Mechanics and Hydraulics.

Teaching aids:


Examination:


DAMIAN R.M.: Fluid Mechanics, Lecture notes, TUCEB, Bucharest,1992;IAMANDI C., PETRESCU V.et al.: Hidraulics of installations. Applications,Ed. Tehnica, Bucharest, 1985.IAMANDI C., PETRESCU V. et al.: Hidraulics of installations, Vol. 1, Ed. Tehnica, Bucharest,1994.


46/72


Course No. 1

Course titleReinforced and Prestressed ConcreteSemester: 6Course type: Number of credits:



Lecturer :.Assoc. professor Mihai MUNTEANU




Compulsory course.

Course description:

Serviceability limit states analysis, deflection control, cracks control,fatigue.Behaviour of prestressed concrete members. Pretensioning andpost tensioning.Analysis and design of prestressed concrete members. Loss ofprestressing. Anchorage.


Developing the ability of students to analyze reinforced concrete members for serviceabilitylimit states, understanding the basic principles of pre-stressing and calculation of prestressedconcrete members..

Teaching method:


Prerequisites:

Basic knowledge of Statics and Strength of Materials.

Teaching aids:


Examination:

Written and oral examination and practical design test.

Bibliography:

1. CRAINIC L. : "Reinforced concrete, Part I, TUCEB, Bucharest, 1994.


47/72


Course No.2

Course title : Structural DynamicsSemester: 6Course type: Number of credits:


Lecturer :Professor Florin MACAVEI




Course description:

Fundamental aspects of Matrix Structural Analysis. Transformation of coordinate axes. Theflexibility method. The stiffness method. Stiffness method with separable jointdisplacements. Fundamental aspects of Dynamics of Structures. SDOF and MDOF systems.Dynamic response of structural systems. The eigenmode problem.



for the dynamic analysis of structures using matrix methods.

Teaching method:


Prerequisites:

Basic knowledge of Strength of materials and Structural analysis.

Teaching aids:


Examination: Written and oral examination.

Bibliography:

1. MACAVEI Fl.: Dynamics and matrix analysis of structures, TUCEB,Bucharest, 1993.

2.. MACAVEI Fl., POTERASU Fl.: Complements of structural dynamics, Ed. Virginia,Iasi, 1994.


48/72


Course No. 3

Course title : Soil MechanicsSemester: 6Course type: Number of credits:


Lecturer : ProfessorIacint MANOLIU


Technical University of Civil Engineering of BucharestDepartment of Civil EngineeringBd. Lacul Tei 124, Sector 2, RO 72302, Bucharest, Romania,Tel. (+40)-21-2421208, Fax (+40)-21-2420781


Course description:

Origin and types of soil deposits.Soil characterization and identification.Soil minerals.Soil compaction .Capillary and adsorbed water.Free water ; permeability ; seepage theory ; seepage force .Stresses in soils : the principle of effective stress.

Compressibility and consolidation of soils.Failure criteria for soils.Shearing resistance and strength of soils.


The student should get acquainted with basic physical and mechanicalcharacteristics of soils and perform calculations of the state of stress and strain in soildeposits.

Teaching method:

Lectures and laboratory works..

Prerequisites: Basic knowledge of theoretical mechanics, strength of materials and ofengineering geology.

Teaching aids: Textbook is available for students.


Bibliography: 1. MANOLIU I : Soil Mechanics Vol. I, Lecture notes, TUCEB,Bucharest, 1992


49/72


Course No. 4

Course title :Steel StructuresSemester: 6Course type: Number of credits:


Tutorial: 2 hours/week

Lecturer : Assit. ProfessorBogdan STEFANESCU




Course description:

Reliability of steel structures; ultimate limit state method.Structural steel.Welded and bolted connections.Basis of design: members in tension and in compression.Beams, columns and trusses.Connections.


Basic knowledge concerning the behavior, analysis and design of steel structures and their

connections.

Teaching method:


Prerequisites:

Basic knowledge of Strength of Materials and Statics.

Teaching aids:


Examination: Written and oral examination.Bibliography:

1. KUZMANOVIC B.O., WILLEMS N.: Steel Design for Structural Engineers.2.*** Constructional Steel Design. An International Guide, Edited by Dowling P.J.Harding J.E. and Bjorhovde R.3. DALBAN C., DIMA S.: Steel Structures, Ed.Didactica, Bucharest.4. SIMINEA P., NEGREI L. : Steel Structures - Limit State Method.5. ***EUROCODE 3: Design of Steel Structures.6. *** Romanian Steel Code STAS 10108/0-78.


50/72


Course No. 5

Course title:Sanitary EngineeringSemester:6Course type: Number of credits:


Project: 2 hours / week

Lecturer : ProfessorAlexandru MNESCU




Compulsory course.

Course description:

Water collection ( intake ) from natural sources.Water transportation : aqueducts, pumping stations distribution networks. Water treatment :clarification and disinfecting .Service reservoirs of drinking water.Sewerage network : domestic and rainfall wastewater.Wastewater treatment plants.


The students should obtain knowledge of theoretical fundamentals and of methods for watersupply and sanitation of localities .

Teaching method:

Lectures and project.

Prerequisites:

Basic knowledge of Fluid mechanics, Chemistry, Reinforced concrete, and mechanics.

Teaching aids:


Examination:


Bibliography:

1. MNESCU Al.: Introduction to Sanitary Engineering , T.U.C.E.B.,1992.

2. ALEXANDRESCU C, Mnescu Al.: Introduction to Sanitary Engineering, Applications1994.

3. NEGULESCU M: Municipal Wastewater Treatment Plants, Elsevier


51/72


Course No. 6

Course unit title: BridgesSemester : 6Course type: Number of credits

Lecture : 3 hours/week 4Project: 2 hours/ week

Lectures: Professor Nicolae POPAProject: Lecturer IonuRadu RCNEL


Compulsory course

Course description:

1. FUNDAMENTALS2. THE SUBSTRUCTURE3. INTRODUCTION TO THE SUPERSTRUCTURE4. SPECIAL TYPES OF BRIDGES5. GUIDANCE OF INITIAL DESIGN6. THE FACTORS INFLUENCING CONCEPTUAL CHOICE7. ACTIONS ON BRIDGES8. BRIDGE DECKS9. PRESTRESSED CONCRETE BRIDGES10. PLATE GIRDER AND BEAM BRIDGES11. TRUSS BRIDGES12. BRIDGE EQUIPMENT

Project description: The design o f a highway composite bridge structure

1. GENERAL SCHEME OF THE BRIDGE2. THE DESIGN OF STRUCTURAL ELEMENTS3. DRAWN PARTS


The students should get basically elements concerning design, construction and erection of bridges(highway, railway and other types of bridges).

Objectives of the project:

The students should get basically elements concerning the design of a highway composite bridgesuperstructure.

Teaching method:LecturesPrerequisites: -

Teaching aides: - Video tapes and slidesExamination: written tests after each lectureBibliografy: The manuscript of the course

ESDEP (European Steel Design Education Programme) - 21 Volumes and over1000 Slides, 1995


52/72


Course No. 1

Course title: Soil mechanicsSemester: 7Course type: Number of credits:


Lecturer : Professor Iacint MANOLIU



Status of the course in the study program:Compulsory course

Course description:

Plastic equilibrium in soil mass : Rankine' s theory.Earth pressure calculation.Bearing capacity of shallow foundations.Slope stability.Retaining structures : braced excavations ; sheet piles ; diaphragm walls ; retaining walls ;crib walls ; reinforced earth ; cofferdams.Dewatering.


The student should obtain knowledge of basic problems of plastic equilibrium in soils (earthpressure, bearing capacity, slope stability) and master methods of calculation. He should alsobecome familiar with various types of retaining structures and of dewatering works.

Teaching method:


Prerequisites:

Soil Mechanics, first part.

Teaching aids:

Lecture notes are available for students.

Examination:


1. MANOLIU 1994 I : Soil Mechanics ", Lecture Notes, TUCEB,Bucharest


53/72


Course No. 2

Course title :Reinforced Concrete StructuresSemester: 7Course type: Number of credits:


Lecturer : ProfessorLiviu CRAINIC




Course description:

Reinforced concrete slabs and slab systems: functions, behaviour, analysis, design anddetailing.Reinforced concrete frames: types, general conception, frames subjected predominately togravity loads (analysis, design and detailing), specific requirements for frames subjected tosevere seismic actions, infrastructures and foundations.Structural walls: types, function, behaviour, analysis, design and detailing

Objectives of the course:To give to students basic knowledge about conception, analysis, design and detailing ofcurrent R/C structures.

Teaching method:


Prerequisites:

Basic knowledge of Structural analysis and of Reinforced concrete structures.

Teaching aids:

Textbooks.

Examination:


Bibliography:

1. CRAINIC, L.: "Reinforced concrete structures" TUCEB, Bucharest,1993.

2. PAVEL, C.: "Constructii din Beton Armat", TUCEB., Bucharest,1986.


54/72


Course No. 3

Course title:Earthquake engineeringSemester: 7Course type: Number of credits:


Lecturer : Professor Florin MACAVEI




Course description:

Fundamental aspects. Background of earthquake engineering. The mechanism of the seismicmotion. Evaluation of the severity of earthquakes. Seismic response of SDOF. Seismicresponse spectra. Seismic response of MDOF. The nonlinear behaviour of structures.Standardization of the seismic forces. Design provisions of international codes.



for the analysis and design of structures placed in seismic areas.

Teaching method:


Prerequisites:

Basic knowledge of Strenght of materials and Structural analysis.

Teaching aids:



Bibliography:

1. MACAVEI Fl., Dynamics and matrix analysis of structures. T.U.C.E.B. , Bucharest,1993.

2. IFRIM M., Structural dynamics and earthquake engineering, E.d.P. Bucharest, 1984.


55/72


Course No. 4

Course title :Construction machinesSemester: 7Course type: Number of credits:


Lecturer : Constantin TURCANU




Compulsory course.

Course description:

Construction machine design. Classification of construction machines.Machine elements.Power plants of construction machines.Hoisting machines.Machines for earth work.Machines and equipment for concrete construction.Compacting machines.Conveying machines.


The student should obtain knowledge on construction machines design, their possibilitiesfor technological work and their limits.

Teaching method:

Lectures.

Prerequisites:

Basic knowledge of physics and technical drawing.

Teaching aids: Text notes are available for students.

Examination:

Written examination.

Bibliography:

1. PEICU, A., R.: Construction machines, Lecture notes. TUCEB, Bucharest, 1996.


56/72


Course unit title:Enterprise EconomicsSemester : 7

Course No. 5

Course type:

Course:2 hours/weekLaboratory : -

Number of credits

2

Lecturer : Violeta SIMIONESCU

University: Technical University of Civil Engineering of Bucharest, Department of CivilEngineeringBd. Lacul Tei 124, Sect.2, RO 72302, Bucarest, RomniaTel.(+40)-21-242.73.30; Telecopie: (40)-21-312 77 80



Relationship between management, economy and legislation in engineering activities.Elaboration of a business planGeneral expenses budget of the companyCost calculationCash flow situationBook keeping

Taxes on profit and VAT, accounting financial indicators

Objective of the course:The student should obtain knowledge of theoretical fundamentals and of practicalmethods from economic enterprises.

Teaching method:

Lectures

Prerequisites:

Basic knowledge of enterprise economic theoryTeaching aids:

Text books are available for studentsExamination:

Written examination

Bibliography:

Constantin R, Postavaru N. : Management of Engineering Economy, lecture notes ,UTCB, Bucharest 1996Mereuta C. : Analiza diagnostic a societatilor in economia de piataDragan C. : Noua contabilitate manageriala.


57/72


Course No. 6

Course title :Computer Methods in Civil EngineeringSemester: 7

Course type: Number of credits:Lecture : 2 hours/week 3Tutorial: 2 hours/week

Lecturer : Assoc. professor Mihai MUNTEANU




Course description:

Computer aided structural analysis. Approach levels. Categories of structures. Classes ofsoftware products. Structural analysis and data modeling. Stiffness matrix method forcomputer assisted structural analysis. Data modeling for specific types of structures. Datamodeling for specific types of members. Data modeling for specific types of connections.Data modeling for loads. Plane structures. Spatial structures. Computer assisted modalanalysis. Eigenvalues and eigenvectors. Computer assisted nonlinear dynamic analysis.

Method description.


The student should obtain theoretical and practical knowledge of computer methods appliedin Civil Engineering.

Teaching method:


Prerequisites:

Basic knowledge of Computer Science.

Teaching aids: Textbooks are available for the students.

Examination:

Practical development of programs and oral examination.Bibliography:

1. CRISTEA Gh. " Computer Methods in civil Engineering ", Lecture notes, TUCEB,Bucharest, 1998.


58/72


Course No. 7

Course title :Equipment for BuildingsSemester: 7Course type: Number of credits:Lecture: 3 hours / week 3

Lecturer :Teodor Stefan TERETEAN



Status of the course in the study program:Optional course.

Course description:

Lighting: units, interior lighting systems, exterior lighting systems. Electrical equipment:transformer point, lighting installation, protection against touching voltage.


The student should obtain knowledge of theoretical fundamentals and of practical methodsfor the lighting and electrical equipment used in Civil Engineering.

Teaching method:

Lectures.

Prerequisites:

Physics (electricity and electromagnetic or fundamentals knowledge of electric engineering).

Teaching aids:

Informative materials for every course and a modern laboratory for lighting in order tosupport the lecture information.

Examination:Oral examination.

Bibliography:

1. TERETEAN T. et al.: Air Conditioning and Ventilating, vol. 3, E.T.., Bucharest, 1976.2. TERETEAN T.: Air Conditioning Equipment and Systems, Spiru Haret University

Edition, Bucharest, 1992.


59/72


Course No.8

Course title :Steel StructuresSemester: 7Course type: Number of credits:


Project: 2 hours/week

Lecturer : ProfessorSerban DIMA




Optional course.

Course description:

Types of steel structures.Design of transverse frames.Design of longitudinal frames.Crane runway girders.Roof framing.Side-wall framing.Industrial building in seismic areas.Erection.

Objectives of the course:The student should obtain knowledge concerning the steel structural systems of industrialbuildings and the behaviour and design of their structural members.

Teaching method:

Lectures and project.

Prerequisites:

Basic knowledge of Steel Design.Teaching aids:


Examination: Written and oral examination.Bibliography:

1.*** : Constructional Steel Design. An International Guide., Edited by Dowling P.J.Harding J.E., Bjorhovde R.2. DALBAN C., DIMA S. & al,: Steel Structures, E.D.P., Bucharest.3. SIMINEA P., NEGREI L.: Steel Structures - limit state method, E.D.P., Bucharest1992.4.*** EUROCODE 3: Design of steel structures.5.*** Romanin Steel Code STAS 10108/0-78.


60/72


Course No. 1

Course title :Construction EngineeringSemester: 8Course type: Number of credits:



Lecturer : Roxana ZLTARU





Specific earthworks for civil engineering.Formworks used in civil engineering.Materials for reinforced concreteConcrete works : batching, mixing, transporting, casting, compaction, curing.Steel structure works.Masonry works.


The students should obtain an overall approach of practical construction activity.Teaching method:


Prerequisites:

Basic theoretical and practical knowledge acquired from civil engineering courses.

Teaching aids:

Textbooks are available students.Examination:


1. POPA R., TEODORESCU M.: Construction Engineering, TUCEB, Bucharest, 1980.2. BRDESCU A.: Construction Engineering, E.T., Bucharest, 1985.


61/72


Course No. 2

Course title :Foundation EngineeringSemester: 8Course type: Number of credits:



Lecturer : Professor Iacint MANOLIU




Compulsory course

Course description:

The use of the limit states method in the geotechnical design according to the Romanianstandards and to the EUROCODEGeneral notions on foundationsShallow foundations : foundations under walls and columns ; beams onelastic foundation ; mat foundations .Pile foundationsCaissons .Ground improvement : surface and deep compaction ; soil and rock grouting ; thermal

treatment of soilsFoundation under special soil conditions : foundations on loessal collapsible soils, onexpansive clays and on very compressible soils


The student should obtain knowledge about using the limit states method in geotechnicaldesign and apply it for shallow and deep foundations. He should also become familiar withconstruction procedures for piles, basic methods for ground improvement and methods usedfor foundation under special soil conditions

Teaching method:

Lectures and project

P

dils-totul despre cursuri

Documents