Program that carries out the analysis and design of reinforced concrete and steel structures, subject to horizontal and vertical loads, for homes, buildings and civil work projects. Its use guarantees maximum analysis reliability and optimum drawing design.

• Foundation fixed (by pad foundations or pile caps) or ‘floating’ (with slabs on grade and foundation beams).

• Reinforced concrete or steel columns, shear walls and reinforced concrete or concrete block walls with or without reinforcement.

• Reinforced concrete, steel or mixed floor beams.

• Joist floor slabs, flat and solid slabs, waffle slabs, hollow core slabs, and composite slabs (steel deck) can to be used.

• Graphical results on screen and detailed ultimate limit state check reports.

• Design of reinforced concrete and steel elements.

• Automatic analysis and design of I section welded, I section bolted and coplanar hollow structural section connections.

• Precise and detailed drawings to be able to carry out the job on site.

• Reports of all the introduced data, results and materials measurements.

• Adapted to the latest national and international construction codes.

• CYPECAD and Metal 3D are connected by means of the Integrated 3D structures.

• Import from and export to IFC files (CAD / BIM models)

It is an agile and efficient program brought about to carry out the design of three dimensional structures composed of steel and timber bars, and their foundations, which includes pad footings, pile caps and strap and tie beams. Additionally, these can be redesigned and so obtain their maximum optimisation.

• Analyses and designs footings and pile caps (isolated or combined).

• Analysis of results with graphic display and detailed reports on the ultimate limit state checks of steel, aluminium and timber sections.

• Analyses and designs steel, aluminium and timber bars, and foundations.

• Automatic analysis and design of I section welded, I section bolted and coplanar hollow structural section connections.

• Provides the drawings of any view of the structure and the construction details of the connections.

• Provides node, bar and load data reports: reports containing results on the displacements, reactions, forces, stresses, deflections, footings, baseplates, etc of the structure. The takeoff report is also included.

• Adapted to the national and international construction codes.

• Import / export via IFC format (CAD / BIM models).

It is a program developed for the design and analysis of reinforced concrete box culverts used for underpasses, subways, and drainage works.

• Can be rectangular, trapezoidal or any type of polygon designed on screen, as well as being single cell or multiple cell elements.

• Trolley loads can be introduced (vast vehicle load library) at any position, graphically indicating their axis path and the distance between the sequential load acting positions. Strip loads or surface loads on slabs, etc. may also be introduced.

• The analysis model used is composed of a thick triangular finite element mesh, which considers shear deformation.

• 3D views of the force and displacement contour diagrams and the deformed imaged for any loadcase.

• Designs and checks all the elements of the culvert: top and bottom slabs, intermediate cell walls, lateral walls and wingwalls (wall and footing), providing all their reinforcement.

• Reports and drawings of all the data introduced, the analysis results, detailing of reinforcement and materials measurements.

• Adapted to the national and international construction codes.

Embedded retaining walls

This has been developed for the design and check of generic embedded retaining walls composed of any material; reinforced concrete, reinforced concrete secant pile walls, mini pile screen and steel sheet piles.

• Different soil layers, ground water and rock layer.

• Passive and active anchors, struts or braces.

• Floor slabs at different levels

• Seismic analysis

• Non - lineal analysis, considering an elastoplastic behavior law for the soil and foundation elements.

• Analysis on Global stability. Relationship between passive - active earth pressures

• Reinforcement of concrete wall and in-situ piles.

• Reports for all of the data, sketches of the construction phases, calculation results, force and displacement diagrams and materials measurements.

• Drawings of the detailing of reinforcement.

Reinforced concretecantilever walls

Program designed for the design and check of reinforced concrete cantilever soil retaining walls and reinforcement design of the foundation (strip footing or capping beam).

• Allows for the definition of different soil layers.

• Provides the automatic optimum design of the geometry, calculates the section reinforcement and carries out the geometric and reinforcement design of the foundation.

• Different construction phases or stages and seismic analysis can be defined.

• Analyses the global stability of the wall (overturning, sliding and critical sliding circle)

• Reports of introduced data, analysis results and materials measurements.

• Drawings of phase diagrams, force and displacement diagrams.

• Reinforcement detail drawings.

Arquimedes and Job Control

The most complete tool for Project Management: bills of quantities, project certifications and specifications.

• Quantities details tables can be introduced whit manually, obtained from DXF or DWG files, or imported from CAD BIM programs like Allplan®, ArchiCAD® or +Extended® (AutoARQ).

• Comparisons between bills of quantities.

• Export to spreadsheets.

• Contains a vast amount of reports developed by CYPE and the possibility of setting personalized listings.

• Gantt chart.

• Job control. Financial control, purchases control and cost centres control.

Design codes implemented in CYPE programs

CYPE programs have a wide range of national and international codes available which are applied to carry out the analysis, design and check of reinforced concrete, rolled steel, welded steel, cold-formed steel, composite, aluminium and timber structures for gravitational, wind, seismic and snow loads.

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What is CYPE?We are CYPE, a firm with more than 20 years of experience in Architecture, Engineering and Construction that works on a day-to-day basis to offer efficient and reliable software, adapted to the needs of industry professionals.

Throughout all these years, we have compounded an intense activity in the field of engineering and the design of structures with the aid of forefront research in information technology. As a result of this work, CYPE presently occupies a leading position within the area of software applied to Engineering, Architecture and Construction.

More than 58,000 users have placed their trust in our products and services. This number corresponds to 80,000 programs acquired by construction and engineering professionals in various countries and the collaboration with 400 universities that incorporate our software in their academic and research functions.

An extensive offer of courses and publications

We offer official, quality and up-to-date, training of CYPE programs in the national and international scene so our users can make the best use of our products and make the most of their time and effort. Parties interested in accessing this progressive training offer, structured in different levels, can do so through presentations, multimedia or by internet.

Active ParticipationThe collaboration with the most important professional studies, organisms of engineering control and constructors, and the suggestions of our users, maintain us to the current new methods of work to update our products of a periodic and effective form.

For this aim also, the participation in these projects of I+D+i are considered essential, several of them are financed by the Center of Technical Development Indrustry ), the European Region Development Fund (ERDF), and the collaboration with associations of prestige, like the Institute of Eduardo Torroja, the Scientist-Technique Association of Structural Concrete (ACHE) and the Assotiation of Structure Consults (ACE) or the Association of Investigation of the industries of Construction (AIDICO).

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The Quality Management System continues to be certified according to ISO 9002

Constant customer service and the satisfactory response obtained from it are values that have reinforced CYPE Ingenieros as a technical software firm directed at professionals in the architectural, engineering and construction sector.

We have taken care of every last detail. The team of qualified professionals that integrate our Technical Support department resolves user inquiries with agility and efficiency. Moreover, CYPE also offers exclusive customer and post-sales service to our clients designed to respond to orders, claims, shipments, and courses.

Upgraded versionsto be up-to-date

CYPE programs are upgraded regularly with new versions making updated and new tools available. The post-sales service keeps our customers up-to-date with these improvements.

To Summarise, CYPE is...

A leading firm, composed of a team of more than 130 professionals, that looks at specialisation and integration as the best formulae for its development within the professional field, by sharing agile and effective services with its clients.

Avda. Eusebio Sempere, 5 - 03003 ALICANTE (SPAIN)Tel. (+34) 965 922 550 - Fax (+34) 965 124 950cype@cype.com

AbenerAbengoa, S.A. AccionaAguirre Newman, S.A.Applus Norcontrol, S.L.U.Asea Brown BoveriBureau Veritas, S.A.Carlos Fernández Casado, S.L.Cemex, S.A.CepsaCH2MHILL ESPAÑA, S.L.Chemtrol, S.A.Cobra, S.A.Corsán-Corviam, S.ADaugson Hispana, S.L.Dragados, S.A.Endesa, S.A.U.Engineers India LimitedEptisaFCC, S.A.Ferrovial, S.A.

IBERDROLAIZAR, S.A.King Sturge - Project ManagementOHL, S.A.Otep, S.A.Ove ArupPloder, S.A.Qualitas,Renfe/AdifRepsolRodio, S.A.Saint Gobain Vicasa, S.A.Schneider Electric, S.A.SGS Tecnos, S.A.Siemens, S.A.Socotec, S.A.Técnicas Reunidas, S.A.Terratest, S.L.Tifsa, S.A.TypsaUrssa S. Coop.

Some of our clients

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