october, 2016 mae technical magazinemae.mait.ac.in/pdf/tm2016.pdf · comparative performance study...

MAE Technical Magazine

[ADDRESS INFORMATION]

Yearly Technical Magazine of Mechanical and Automation Engineering Department

October, 2016

Department of Mechanical and Automation Engineering Maharaja Agrasen Institute of Technology, Rohini, Delhi - 110086

Vision Mission 2016 MAE Technical Magazine

October 2016

Vision Statement of the Institute

To nurture young minds in a learning environment of high academic value and imbibe spiritual and ethical values with technological and management competence.

Mission Statements of the Institute The Institute shall endeavour to incorporate the following basic missions in the teaching methodology:

• Engineering Hardware – Software Symbiosis: Practical exercises in all Engineering and Management disciplines shall be carried out by Hardware equipment as well as the related software enabling deeper understanding of basic concepts and encouraging inquisitive nature.

• Lifelong Learning: The Institute strives to match technological advancements and encourage students to keep updating their knowledge for enhancing their skills and inculcating their habit of continuous learning.

• Liberalization and Globalization: The Institute endeavours to enhance technical and management skills of students so that they are intellectually capable and competent professionals with Industrial Aptitude to face the challenges of globalization.

• Diversification: The Engineering, Technology and Management disciplines have diverse fields of studies with different attributes. The aim is to create a synergy of the above attributes by encouraging analytical thinking.

• Digitization of Learning Processes: The Institute provides seamless opportunities for innovative learning in all Engineering and Management disciplines through digitization of learning processes using analysis, synthesis, simulation, graphics, tutorials and related tools to create a platform for multi-disciplinary approach.

• Entrepreneurship: The Institute strives to develop potential Engineers and Managers by enhancing their skills and research capabilities so that they become successful entrepreneurs and responsible citizens.

Vision Mission 2016 MAE Technical Magazine

October 2016

Vision Statements of the Department

Enhancing the competence level of students and ensure that MAE department is widely recognised for the quality of its undergraduate educational program, the effectiveness of its research and broad access to the innovative use of information technology and automation while ensuring that basic mechanical engineering subjects are not ignored.

Mission Statements of the Department

The mission of the department is to develop a mechanical engineer who is equipped with basic knowledge of manufacturing techniques, analytical skills along with the ability to utilize the concepts of simulation and automation for continuous learning and improvisation in the field of manufacturing, design and research.

HOD’s Message 2016 MAE Technical Magazine

October 2016

We had an exciting 2015 in the Department

of Mechanical and Automation Engineering. Our

students shined in placements, they got placed in

Accenture, Infosys and etc. Our 6 Faculty Started

pursuing Their Ph.D.`s. Dr. Vaibhav Jain

completed his Ph.D. on “Energy, Exergy,

Economic and Environmental (4E) Analyses of

Vapor Compression-Absorption Cascaded

Refrigeration System” from NIT Kurukshetra.

Our faculty have and will transform our

students for their better future. I would like to offer

a sincere thank you to all of the senior faculty

members who generously support us in our

department through all circumstances. Your

support enables us to continue enhancing the

quality of education we provide to our students.

Sincerely,

Dr. V.N. Mathur

Head of Department

Mechanical and Automation Engineering

MAE Faculty

1. Dr. O.P. Grover 2. Dr. Y.V.S.R. Sastry 3. Dr. K.L. Arora 4. Dr. Vinod Kr. Jain 5. Dr. V.N. Mathur, (HOD) 6. Mr. Anil Gupta 7. Mr. Subhash Tikoo 8. Mr. Anil Kumar Dahiya 9. Ms. Garima Sharma 10. Ms. Piu Jain 11. Mr. Vikas Acharya 12. Dr. Kanchan Mudgil 13. Ms. Surabhi Upadhyay 14. Mr. Naveen Solanki 15. Mr. Desh Deep Gambhir 16. Mr. Vaibhav Jain 17. Mr. Rakesh Chander Saini 18. Mr. Harsh Joshi 19. Mr. Sidharth, 20. Mr. Vipin Sharma 21. Mr. Ashwni 22. Mr. Vikas Sharma 23. Mr.Atul Kaushik 24. Mr. Alok Kumar 25. Mr. Ramakant Rana 26. Ms. Surabhi Lata 27. Mr. Anupam Thakur 28. Ms. Sonal Khurana 29. Mr. Sachin Gupta 30. Mr. Rahul Chug 31. Mr. Amit Gautam 32. Ms. Rachna Chawla

Editor in-Chief:

Mr. Ramakant Rana

Industrial Visits 2016 MAE Technical Magazine

October 2016

Ruskin Tittus India Pvt. Ltd., Gurgaon

12th March 2016

On 12th March 2016, an industrial visit was organized by the Department of

Mechanical and Automation Engineering, MAIT to RUSKIN TITUS INDIA PVT LTD,

MANESAR. A team of 30 students along with 4 faculty members, Ms. Sonal Khurana, Dr.

Vaibhav Jain, Mr. Desh Deep Gambhir and Ms. Surabhi Lata visited the company’s

production unit.

The tour began with the introductory speech by Mr. Ankit Gupta, guide coordinator,

who gave the overview of the company. A seminar session was taken up to gain knowledge

about the company profile, production unit, their parental company, motto and other

technical stuff. A time span of 40 mins brought the students face-to-face to the environment

of the industry life. The technical details were also discussed and all the queries were

patiently answered. The students were divided in two groups of 15 students and were shown

the manufacturing of the products such as air filters, ducts, louvers, noise dampers, axial

fans, centrifugal fan, grills, VAV dampers etc. This visit was informative and gave good

learning experience. It was a unique example of ‘EDUTAINMENT’ i.e. Education &

Entertainment.

Technical Articles 2016 MAE Technical Magazine

October 2016

Wear Testing of Aluminium Silicon Alloy Fabricated by Stir Casting

Vipin Kumar Sharma, R.C. Singh, Rajiv Choudhary

Abstract:

This investigation describes about the wear characteristics of Al-Si (10%w%) on a pin testing machine at room temperature. Test specimens were prepared by using stir casting technique. Dry testing condition and hydrodynamic film lubrication condition were used to perform the wear characteristic tests. It is found that addition of silicon improves the wear resistance of the aluminium. The wear rate is strongly dependent on impa pressure, velocity applied load and sliding speed.

Keywords:

stir casting, wear, impact pressure


October 2016

Thermo-economic and environmental analyses based multi-objective optimization of vapor

compression–absorption cascaded refrigeration system using NSGA-II technique

Vaibhav Jain, Gulshan Sachdeva, Surendra Singh Kachhwaha, Bhavesh Patel

Abstract:

Present work optimizes the performance of 170 kW vapor compression–absorption cascaded refrigeration system (VCACRS) based on combined thermodynamic, economic and environmental parameters using Non-dominated Sort Genetic Algorithm-II (NSGA-II) technique. Two objective functions including the total irreversibility rate (as a thermodynamic criterion) and the total product cost (as an economic criterion) of the system are considered simultaneously for multi-objective optimization of VCACRS. The capital and maintenance costs of the system components, the operational cost, and the penalty cost due to CO2 emission are included in the total product cost of the system. Three optimized systems including a single-objective thermodynamic optimized, a single-objective economic optimized and a multi-objective optimized are analyzed and compared. The results showed that the multi-objective design considers the combined thermodynamic and total product cost criteria better than the two individual single-objective thermodynamic and total product cost optimized designs.

Keywords:

Vapor compression, Absorption, Cascaded refrigeration system, Optimization


October 2016

Energy, exergy, economic and environmental (4E) analyses based comparative performance study and optimization of vapor compression-

absorption integrated refrigeration system Vaibhav Jain, Gulshan Sachdeva, Surendra Singh Kachhwaha

Abstract:

Present work compares the performance of commercially available 170 kW vapor compression chiller with equivalent three configurations (parallel, series and combined series-parallel) of VCAIRS (vapor compression-absorption integrated refrigeration system) based on combined energy, exergy, economic and environmental (4E) analyses. Parallel, series and combined series-parallel configurations reduces the energy (electricity) consumption in the compressor by 50%, 76.8% and 88.3% respectively and consequently, reduce the significant amount of CO2 emission. Comparative exegetic analysis based on modified Gouye Stodola law was performed which predicted higher irreversibility rate as compared to conventional approach. The thermo-economic study shows that annual cost of the plant operation is 13.8%, 20.9% and 24.7% less for parallel, series and combined series-parallel configurations respectively as compared to equivalent VCRS (vapor compression refrigeration system) and after optimization, the same is further reduced by 8.1%, 8.5% and 4.7% respectively from the base value.

Keywords:

Vapor compression, Absorption, Integrated refrigeration system, Size, Cost, Optimization


October 2016

Comparative performance study of vapour compression-absorption cascaded system at

optimum condensing temperature Vaibhav Jain, Gulshan Sachdeva, Surendra Singh Kachhwaha

Abstract:

The present study thermodynamically analyse a vapour compression-absorption cascaded refrigeration system (CRS) that uses R407C and H2O-LiBr as refrigerants, to determine the optimal condensing temperature of cascade condenser. The optimum condensing temperature of cascade condenser is found to be 18°C for 83.09 kW refrigeration capacity at an evaporating and condensing temperature of 0.4°C and 46.8°C respectively. The optimum condensing temperature is found, to maximise the rational efficiency of CRS and minimise the total irreversibility of system. Further comparative study of CRS with equivalent vapour compression refrigeration system (VCRS) used for water chilling applications shows that the electric power consumption in CRS is reduced by 70% and COP of compression section is improved by 235% as compared to equivalent VCRS.

Keywords:

vapour compression; absorption; cascade system; optimum condensing temperature.


October 2016

Thermodynamic modelling and parametric study of a low temperature vapour compression-

absorption system based on modified Gouy-Stodola equation

Vaibhav Jain, Gulshan Sachdeva, Surendra Singh Kachhwaha

Abstract:

Present paper thermodynamically analyses a VCAS (vapour compression-absorption system) with carbon dioxide (compression section) and ammonia-water (absorption section) as refrigerants and determines the optimal condensing temperature of cascade condenser using modified Gouy-Stodola equation. The optimum cascade condenser temperature is found to be _13 _C for 175 kW refrigeration capacity at an evaporator temperature of _45 _C and condenser temperature of 35 _C. The optimum cascade condenser temperature maximises the overall COP, rational efficiency and minimises the total irreversibility rate of the VCAS system. The value of optimum condensing temperature and its corresponding maximum COP, and minimum irreversibility rate are discussed for a wide range of operating conditions. Further, a comparative study of TSVCS (two stage vapour compression system) used for low temperature refrigeration applications with VCAS shows that at design point, primary energy consumption is reduced by 60.6% and electrical COP is improved by 153.6% in VCAS as compared to conventional TSVCS. But the total irreversibility rate of VCAS is 38.4% higher than the TSVCS due to the use of low grade energy in vapour absorption system and hence the rational efficiency of VCAS is 14% low.

Keywords:

Vapour compression, Absorption, Cascaded refrigeration system, Optimum condensing temperature


October 2016

Experimental Analysis of Journal Bearing Under Hydrodynamic Lubrication

Vipin Kumar Sharma, R.C. Singh, Rajiv Choudhary

Abstract:

Journal bearings are one of the most commonly used types of bearings in rotating machines.. The objectives of this research are to provide an analysis of the pressure distribution on a journal bearing with different speeds of the journal and at different applied loads. The result indicates that with the increase in applied load the maximum pressure at the lubrication film increases.

Keywords:

Journal Bearing, Pressure Distribution, Load, Rotational Speed


October 2016

Optimizing Process Parameters for CNC Turned Parts Using Taguchi’s Optimization Technique

Surabhi Lata, Aditya Jain, Ashish Gupta, Sonu Kumar, Anindya Srivastava, Ramakant Rana

Abstract:

This research paper aims towards the optimization of CNC turning operation when used over an OHNS material. The lathe machine was chosen because of its ability to perform various tasks without much change in its structure. The turning operation was specifically chosen because of the various advantages i.e., it can be used for machining a large variety of materials and it is cheaper than milling. OHNS (Oil Hardened Non-Shrinking) tool was chosen due to its hardness. These materials are used only for dies so it was chosen so that its industrial usage could be exploited. To comprehend the usage, all the input and output parameters that could affect the machining process, namely input parameters like feed, cutting conditions, speed, etc. And output parameters like surface roughness, surface finish, material removal rate were analyzed using the researches that had already been done on CNC turning. From the result of the study of various research papers, we chose feed, depth of cut and cutting speed as input parameters whereas MRR and Temperature would be the output parameters.

Keywords:

CNC, Taguchi, MRR, OHNS, Turning


October 2016

Parametric Optimization of Hybrid Electrode EDM Process

Ramakant Rana, R.S. Walia, Qasim Murtaza, Mohit Tyagi

Abstract:

Hybrid Electric Discharge Machining Electrode (HEDME) process is developed by comprising the features of Electric Discharge Machining (EDM) and traditional grinding which occurs alternatively in place of their simultaneous effect as EDG process. This paper reports the experimental study of HEDME during machining of High Carbon Alloy Steel for material removal rate (MRR), tool wear rate (TWR) and surface roughness (SR). The experiments were carried out on a indigenously developed HEDME attachment on Sparkonix EDM. The effects of main machining parameters such as type of tool, ccurrent and machining time have been studied. The effect of the machining on the workpiece surface machined by HEDME has been optimized using Taguchi L9 OA and results are creported. Experimental study shows that the TWR is found to be the least with third design of the electrode and it decrease with the decreasing value of current, also surface finish increases with decrease in current. Moreover, the third design of electrode gives the lowest SR and highest MRR.

Keywords:

EDM; Grinding; MRR; TWR; Surface Roughness


October 2016

Wear Analysis of Brass, Aluminium and Mild Steel by using Pin-on-disc Method

Ramakant Rana, Mitul Batra, Vipin Kumar Sharma, Aditya Sahni

Abstract:

Steel alloys have extensive application in today’s technological industries. The range of physical properties that can be imparted to them is remarkable. Wear tests were conducted using a pin-on-disc wear test rig as per ASTM specification G99. Experiments have been carried out to study the wear of various material with respect to Steel, while the operational parameters were normal load and sliding velocity of pin w.r.t. rotating disk at room temperature. Based on the experiments it is found that wear rate is strongly dependent on applied load, sliding speed and material.

Keywords:

Wear Rate, Sliding Speed, Pin-On-Disc, Taguchi


October 2016

Development of Aluminium Matrix Composite Using Coconut Husk Ash Reinforcement

Siddharth Jain, Vidit Aggarwal, Mohit Tyagi, R.S. Walia, Ramakant Rana

Abstract:

With the growing demand of advanced engineering materials in the field of production and manufacturing, composite materials have been under consideration and research by various researchers and practitioners. They are obtained by dispersing the reinforcements in the metal matrix to improve the properties of the base metal like strength, stiffness, conductivity, etc. The increasing popularity and demand of environmentally friendly products and government policies and regulations to incorporate sustainable practices in manufacturing of goods has put extensive pressure on industries to utilize agricultural and industrial waste in their production system. The present work aims to utilize agricultural waste in the production of metal matrix composites (MMCs) using the most widely used stir casting process which could be used for the manufacture of various components in automobile and aircraft industries with reduced weight and increased strength. Coconut husk is a fibrous waste obtained from the mesocarp of coconut and if not disposed properly can lead to serious environmental problem. The idea is to use this waste in the fabrication of low-cost composite materials.

Keywords:

Aluminium Matrix Composites (AMCs), Coconut husk ash, stir casting, Agricultural waste, Reinforcement


October 2016

NLP model based thermoeconomic optimization of vapor compression–absorption cascaded

refrigeration system Vaibhav Jain, Gulshan Sachdeva, Surendra Singh Kachhwaha

Abstract:

This paper addresses the size and cost estimation of vapor compression–absorption cascaded refrigeration system (VCACRS) for water chilling application taking R410a and water–LiBr as refrigerants in compression and absorption section respectively which can help the design engineers in manufacturing and experimenting on such kind of systems. The main limitation in the practical implementation of VCACRS is its size and cost which are optimized in the present work by implementing Direct Search Method in nonlinear programming (NLP) mathematical model of VCACRS. The main objective of optimization is to minimize the total annual cost of system which comprises of costs of exergy input and capital costs in monetary units. The appropriate set of decision variables (temperature of evaporator, condenser, generator, absorber, cascade condenser, degree of overlap and effectiveness of solution heat exchanger) minimizes the total annual cost of VCACRS by 11.9% with 22.4% reduction in investment cost at the base case whereas the same is reduced by 7.5% with 11.7% reduction in investment cost with reduced rate of interest and increased life span and period of operation. Optimization results show that the more investment cost in later case is well compensated through the performance and operational cost of the system. In the present analysis, optimum cascade condensing temperature is a strong function of period of operation and capital recovery factor. The cascading of compression and absorption systems becomes attractive for lower rate of interest and increase life span and operational period.

Keywords:

Vapor compression, Absorption, Cascaded refrigeration system, Size, Cost, Optimization

Events of MAE 2016 MAE Technical Magazine

October 2016

Summary of BAJA SAE Rochester Competition

This is to summaries the facts of how the event took place in Rochester and also depicts our

performance in the same. Team Jatayu reached its destination of Rochester on 5th June night

which included 7 students and one faculty. Mahraja Agrasen Institute of Technology sponsored

the Team Jatayu for transportation the ATV, INDIA to USA (to and fro) Rs.4.5 lakh and

Rs.75000/- for faculty member.

The vehicle had reached the local workshop located at “82, main Street, Scottsville, NY, USA”

under care of Matthew Pyle (Buffalo State University Baja team captain) on 31st May. We were

surprised to see how welcoming were our hosts (Matthew Pyle and his Parents Geoffery and

Jane) in USA, they not only gave us space to arrange our car but also gave us access to tools,

machines and their own personal workshop, they gave us their trailer to transport car from

their place to Rochester Institute of Technology (venue for static events) and Palmyra (venue

for dynamic events).

The competition began on 9th June and team cleared its engine inspection successfully on that

day, we also had a decent showing at sales event that was held on that day. On 10th June team

had Design Event where our performance was splendid, being applauded by not only the Indian

teams but also teams from USA. We secured 12th rank all over the world while we were first

from India. The second Indian team had 28th rank worldwide so we had a good lead over others

in this event, our design performance was even better than ivy league colleges like Cornell

university and Clemson university who receive thousands of dollars of funding for the same

project.

The team cleared its technical inspection on 11th June morning without any hiccups. This is the

first time in team jatayu history that team has qualified for the main events. Brake test followed

technical inspection and we cleared the brake test in first attempt too. After that we completed

the acceleration, maneuverability and hill climb events.

Next day was a crucial day as it had the endurance race. The track was the most difficult track

that team had ever witnesses and racing amongst us were teams from best schools like

Michigan Ann Harbour, Cornell University, etc. We had an axle failure during the endurance

race due to which we lost half an hour during that time. But we completed the endurance race

successfully and were 2nd amongst Indian teams, trailing by just 2 laps from the one coming

first and secure 36th rank.

Overall event rank 52 out of 105. Country participated USA, Canada,

Brazil, Mexico, Venezuela and INDIA.


October 2016

Team was congratulate by faculty advisor and head of department of endurance racing

(Vishwakarma Institute of Technology). An Iowa a University PhD scholar who was at the event

for his passion was also surprised to see an Indian team making it impact at this level (Najeeb

kuzhiyil senior fuel technologist at General Electric transportation. Team was also

congratulated by faculty advisor (Prof. Ravinder Kulkarni) of Helios racing (RV College of E,

Bangalore). Convener of BAJA SAE India 2017 also acknowledged our efforts and success (Ravi

Kharul, CTO Endurance Technologies).

This was our first showing at an international event and the learning experience was immense,

we were the smallest team contingent at the competition comprising of 7 students and 1 faculty

only. We are confident that this is just a start for better things to come and what we have

learned over here will only motivate us to grow even more and achieve higher goals.

Team:-

1. Rakesh Chander Saini ( Faculty Advisor) 2. Rishabh Aggarwal (Team Captain) 3. Chetan Didwania 4. Pratham Chhabra (1st Driver) 5. Anmol Mahajan ( 2nd Driver) 6. Anurag Sharma 7. Himanshu Puri 8. Vaibhav Kukreja

Mr. Rakesh C. Saini

(Asst. Prof.)

Faculty Advisor

Image 1: Team with Design Event Judges


October 2016

Image 2: Team Selfie after Endurance Race

Image 3: Team Jatayu #84 during Endurance Race


October 2016

Image 4: Team Jatayu with Indian Flag.


October 2016

ACHIVMENT OF SAE CLUB

SAE BAJA EVENT

Held on 16th Feb., 2016 to 23rd Feb., 2016 at Indore

SAE BAJA event was held at Indore on 16th February, 2016 to 23rd February, 2016 and

total 396 teams participated in the event from all over India. I feel happy to report that we have

got 1st position among the North Indian teams including IIT Roorkee, NIT, Jallundhar, NIT

Kurukshetra, PEC University Chandigarh, Guru Nanak Dev Engg. College Ludhiana, Amity

University Noida, IGIT Delhi etc. and we have got 16th position all over India.

I also feel happy to report that out of nine final year students seven qualified the BAT

(Placement exam conducted by SAE India) examination and following students are placed in

the different companies.

S. No. Name of the Student Company Name Package per annum

1. Vipul Eleation Rs. 5.5 lacs

2. Chetan Didwani Varroc Rs. 4.0 lacs

3. Rajat ARAI Rs. 3.5 lacs

4. Vaibhav Tyagi Mahindera& Mahindera Rs. 5.75 lacs

I further feel happy to report that the following final year students are shortlisted for

the placement in the different companies but the final results are yet awaited.

S. No. Name of the Student Company Name Package per annum Remarks

1. Rishabh Aggarwal Eleation Rs. 5.5 lacs First waiting

2. Pankaj Endurance Rs. 5.0 lacs First waiting

Rakesh Chander Saini

Assistant Professor (MAE)

SAE Co-ordinator


October 2016

Rank wise Result of North India SAE BAJA Event

North India

Rank

All India

Rank

College Name City

1 16 Maharaja Agarsen Institute of Technology Delhi

2 18 NIT Jallandhar

3 20 Guru Nanak Dev College of Engineering Ludhiana

4 35 National Institute of Technology Kurukshetra

5 36 Krishna Institute of Engineering and

Technology

Ghaziabad

6 38 DIT University Dehradun

7 53 MM Engineering College Ambala

8 77 RKG Institute of Technology Ghaziabad

9 81 NIEC Delhi

10 82 University of Energy and Petroleum Studies Dehradun

11 84 IIT Varanasi

12 90 IIT Roorkee

13 92 PEC University Chandigarh

14 94 Amity School of Engineering and Technology Delhi

15 96 IGDTUW (IGIT) Delhi

Placements of MAE Students 2016 MAE Technical Magazine

October 2016 Page 26

Batch: 2012-2016

S. No. Name Roll No. Company 1 AAKASH DAGAR 00396403612 Infosys

2 AAYUSH AGGARWAL 11714803612 Accenture

3 ABHIMANYU SINGH 04314803612 Infosys

4 ABHISHEK AGGARWAL 16714803612 Accenture

5 ABHISHEK ANAND 00296403612 Accenture

6 ABHISHEK NEGI 05996403612 Infosys/ Rane Group

7 ADITYA JAIN 07414803612 Infosys

8 ADITYA MAHAJAN 12614803612 Accenture

9 ADITYA SAHNI 06314803612 Musigma

10 AJAY KUMAR JHA 02514803612 HCL Technologies

11 AKHILESH SHARMA 00696407413 Accenture

12 AMAN DUBEY 03796403612 Accenture

13 AMAN MITTAL 06896403612 Infosys

14 ANGAD SINGH NAGPAL 02614803612 Infosys

15 ANIMESH SINHA 06596403612 Infosys

16 ANKIT KHURANA 02814803612 Accenture

17 ANKIT MAKHIJA 13514803612 Accenture

18 ANKIT VASHISHT 03214803612 Infosys

19 ANMOL 07496403612 Accenture

20 ANMOL GUPTA 13314803612 Accenture

21 ANSHUL ANAND 12114803612 Infosys

22 APROOV GARG 10596403612 Infosys

23 ARHAM JAIN 10296403612 Marauti Suzuki India Limited/ASK Automotive Pvt. Ltd.

24 ARPIT GOEL 02314803612 Accenture

25 ASHISH 08914803612 Infosys

26 ASHISH GUPTA 06714803612 Infosys

27 ASHISH KHOSLA 16614803612 Accenture

28 ASHISH KUMAR AGGARWAL

16214803612 Infosys

29 ASHISH MANAV 08096403612 Infosys

30 ASHUTOSH SINGH GAUR 02114803612 Accenture

31 AVIRAL TYAGI 02214803612 Accenture

32 CHANDRABHAN SINGH RAJAWAT

08014803612 Accenture

33 CHETAN DIDWANIA 14714803612 Varroc Group

34 DARPAN 03596403612 Accenture



35 DEEPANSHU KHURANA 14814803612 Accenture

36 DEEPANSHU SARKAR 05314803612 Accenture

37 DEERAJ GARG 12314803612 Accenture

38 DHRUV JAIN 08696403612 Accenture

39 DHRUV JAIN 08696403612 Accenture

40 G. ABHISHEK 11214803612 Accenture

41 GAGAN TOMAR 07696403612 Accenture

42 GAURAV DHINGRA 03114803612 Infosys

43 GURPREET SETHI 13414803612 Infosys

44 HITESH DUA 07114803612 Accenture

45 JAIDEEP SINGH 05696403612 Accenture



48 JATIN PANDE 01714803612 Accenture

49 KSHTIZ MOHAN SHARMA 13614803612 Accenture/ DHL Express

50 KUNAL BALOONI 01614803612 Accenture/ Musigma

51 KUNAL GUPTA 12214803612 Accenture

52 MANAS RANJAN PRADHAN

00414803612 Accenture

53 MANDEEP 05896403612 Infosys

54 MANISH 01214803612 Accenture

55 MAYANK 01214807413 Indus Tower

56 MAYUR CHOPRA 05614803612 Infosys

57 MUKUL AGGARWAL 14314803612 Accenture

58 NAKUL SURYAN 01814803612 Accenture/ Anglo Eastern

59 NAVEEN DALAL 10196403612 Infosys

60 PANKAJ 03996403612 Accenture/ Rane Group

61 PARVEEN RAI 06214803612 Accenture

62 PINKUSH GABA 12914803612 Accenture

63 PIYUSH SARIN 07796403612 Samsung/Infosys Limited

64 PRANSHU GOEL 06296403612 Acc/ Musigma/ Indian Navy

65 PRATEEK KHEMKA 13014803612 Infosys

66 PRAVEEN PAHAL 07996403612 Infosys

67 RAHUL ARORA 07814803612 Accenture

68 RAHUL MATHUR 08396403612 Accenture

69 RAHUL MATHUR 08396403612 Accenture

70 RAJAT ANAND 11814803612 Accenture



71 RAJAT SHARMA 01396403612 Accenture

72 RANJEET SINGH SIDHU 09814803612 Accenture

73 RISHABH AGGARWAL 03414803612 Infosys

74 ROHIT AGGARWAL 03814803612 Accenture/ TATA Steel Limited

75 ROHIT JINDAL 02396403612 ICF International

76 ROHIT KUMAR ROY 02714803612 Accenture

77 ROJIT KUMAR MALAKAR 10914803612 Trigent

78 RUKMANI JUNEJA 13814803612 Accenture

79 SAHIL JOSHI 14414803612 Accenture

80 SASHWAT MALIK 07596403612 Accenture

81 SHASHWAT TRIVEDI 00614803612 Infosys

82 SHIKHAR SAXENA 16314803612 Accenture

83 SHIVAM TIWARI 06396403612 Infosys

84 SHIVANG 11414803612 Accenture

85 SIDDHARTH HANS 06014803612 Infosys/ Musigma

86 SIDDHARTH JAIN 06814803612 Infosys

87 SONU KUMAR 07514803612 Accenture

88 UDIT KUKREJA 00814803612 Musigma

89 VAIBHAV TYAGI 08496403612 Infosys

90 VIDUR VIJ 04414803612 Infosys/ Musigma

91 VIKRANT KALA 12814803612 Infosys/ Musigma

92 VINEET PAWAR 04796403612 Accenture

93 VIPUL GUGLANI 16914803612 SF Motors.Inc

94 VISHAL GUPTA 07096403612 Accenture

95 VISHAL SHARMA 06614803612 Accenture/ Golden edge engineering Pvt. ltd

96 YOGESH BHATT 07396403612 Infosys

MAE TECHNICAL MAGAZINE

October, 2016

Department of Mechanical and Automation Engineering Maharaja Agrasen Institute of Technology, Rohini, Delhi - 110086

Department of Mechanical and Automation Engineering

Maharaja Agrasen Institute of Technology, Rohini, Delhi, India

Comment/Feedback Mail to: - [email protected]

Website: www.Mae.Mait.ac.in

न चोरहारं्य न च राजहारं्य न भ्रातृभाजं्य न च भारकारर।

व्यरे्य कृते वर्धत एव ननतं्य नवद्यार्नं सवधर्नप्रर्ानम् ॥

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october, 2016 mae technical magazinemae.mait.ac.in/pdf/tm2016.pdf · comparative performance study...

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