vtu second batch 2011-2013 - academy.araiindia.com[299] name : dharmdev rajesh vyas company :...
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[298]
Name : Aniket Deshpande
Company : Cummins India Ltd.
Designation : Manager
Specialization : I.C.Engines
Responsibilities : Engine Calibration Development
Previous Experience : N/A
Qualifications : (a) B.E.\B.Tech : Automobile
(b) M.Tech : I.C.Engines - 2013
Projects : B.E. project done at General Motors, Halol, Gujarat
M.Tech project - 180 HP BS IV Engine Rating Development
Achievements :
Date of Birth : 24/04/1990
Date of Marriage :
Hobbies : Watching Movies And Football, Surfing Internet, Listening to Music
Contact Details
Present Address : A/5, Sundaram Flats, Vyayam Shala Road, Anand - 388001, Gujarat
Permanent Address : A/5, Sundaram Flats, Vyayam Shala Road, Anand - 388001, Gujarat
Mobile : 9730659810
Home : 9730659810
Office :
E mail ID : [email protected]
This is Me : Honest, sincere and dedicated person. Able to work with others towards a team goal
M.Tech Project Details
Title : 180 HP BS IV Engine Rating Development
Project Guide : Mrs. Ruchi Sharma
Key Words :
Abstract - It is a part of a new product development plan. This is a common rail electronic diesel engine. The main purpose is to do in-cylinder combustion optimization to achieve the performance target specified by the customer. Also the emission norms have to be in compliance with BS-IV norms. Engine Hardware (Except Turbocharger, Injectors) is finalized. Baseline Performance data from the Base calibration with the given engine hardware is recorded and analyzed. Design of Experiments is used as a methodology to create a Test Plan in order to understand the behavior of Engine and to simulate a predictive model which can be used for In Cylinder Combustion Analysis. The values for the variables are set in order to get the best outcome. Once the engine out emissions are optimized while achieving the performance targets, the next step is to integrate the after treatment device. This includes the NOx estimator tuning, dosing strategy formation and control strategy formation. After this the tail pipe out emission are to be optimized.
[299]
Name : DHARMDEV RAJESH VYAS Company : AUTOMOTIVE RESEARCH ASSOCIATION OF INDIA Designation : TRAINEE ENGINEER Specialization : MTECH-INTERNAL COMBUSTION ENGINE Responsibilities : Previous Experience : Qualifications : (a) B.E.\B.Tech : AUTOMOBILE ENGINEERING (b) M.Tech : INTERNAL COMBUSTION ENGINE - 2013 Projects : B.E PROJECT AT GENARAL MOTORS, GUJARAT. MTECH PROJECT AT ARAI Achievements : SAE PAPER ON MTECH PROJECT TOPIC Date of Birth : 11/3/1989Date of Marriage : Hobbies : Singing, Dancing, Listeing Music, Sports Contact Details Present Address : B/18, Purshottam Nagar, B/h Bright School, VIP Road, Karelibaug, Baroda, Gujarat-390022.Permanent Address : B/18, Purshottam Nagar, B/h Bright School, VIP Road, Karelibaug, Baroda, Gujarat-390022.Mobile : 8380897214 Home : 0265-2488124 E mail ID : [email protected] is Me : A good team player & a decent leader.Extremely goal oriented.Obsesively determined.
M.Tech Project Details Title : Study of compatibility of metals used in gasoline engine with E10 and E20
Project Guide : Mr. M. A. Bawase (Manager, AML, ARAI) Key Words : Alternate Fuels, Material Compatibility, Ethanol, Ethanol-Gasoline Blends Abstract - Use of higher Ethanol-Gasoline blends is beneficial as an alternate fuel due to its properties like higher octane number, which results into better combustion of fuel & lower harmful emission up to some extent. Material compatibility of metals, however, is one of the major issues of concern due to its corrosive nature, which needs to be addressed before its implementation as an alternate fuel. As, corrosion may lead to failure of fuel supply system & engine components that come in contact with the fuel blend irrespective of whether it is in liquid form or vapour form. Varieties of metals are used in Gasoline vehicle fuel supply systems. The impact of the blends, like E10 & E20, on the gasoline vehicles which are used in India must prior be known. Indian automobile market comprises of a huge resale market which means vehicles that are not even compatible with E5 blend are in existence. Although, companies having newer technologies have made the required changes in engine materials, especially 4-wheelers, so that they are compatible with E5 & E10 blends. But larger share of the market is still occupied by older vehicles. In Indian context, limited data is available that may provide us with some information related to materials that might be compatible with E10 & E20 blends of fuel. Moreover, the studies already carried out across the world depicts their own respective scenario keeping in mind their own respective fuel qualities & engine material technologies. So, it has become inevitable to carry out practical experiment keeping in mind the quality of the fuel available & commercially used in Indian Market & the materials used in Fuel system components of Indian automobiles running on gasoline fuel to know the impact of these fuel blends. The focus is to study the compatibility of metals, found in automotive fuel systems of SI engines, with 20% ethanol and gasoline blend (E20) in comparison with E10 & Commercial gasoline as per the guidelines given in SAE J1747. Metal samples were prepared using SAE and ASTM standards and were exposed to commercial gasoline & blends of commercial gasoline and 10% ethanol; and commercial gasoline with 20% ethanol at an elevated temperature of 45 °C for 2016 hours. The fuel was changed in weekly intervals with photo images and mass loss/ gain data recorded at the 1st, 3rd, 6th, and 12th week.
[300]
Name : GURUSWAMY V. Company : N.A Designation : N.A Specialization : N.A Responsibilities : N.A Previous Experience : Development Engineer Qualifications : (a) B.E.\B.Tech : Mechanical Engineering (b) M.Tech : AM&M - 2013 Projects : Design Optimization of Truck Load Body Achievements : Date of Birth : 1/9/1985 Date of Marriage : Hobbies : Contact Details Present Address : #48, 1st Main Road, Mukti Vinayaka Layout, T.C Palya Main Road, Bangalore-560036,
KarnatakaPermanent Address : #48, 1st Main Road, Mukti Vinayaka Layout, T.C Palya Main Road, Bangalore-560036,
KarnatakaMobile : 78295970732 Home : Office : N.A E mail ID : [email protected] This is Me :
M.Tech Project Details Title : Design Optimization of Truck Load Body Project Guide : Mr. Sridhar M. N. Key Words : Design Optimization, HyperMesh, Nastran Abstract - Transportation is an important component of the economy influencing the development and welfare of the population. Improving the efficiency in order to meet the rising challenge, to maintain and grow their market position has become important for the commercial vehicle industry. Various methodologies have been adopted to achieve greater efficacy. One of the important techniques is weight reduction technique which is adopted for optimal performance of the automobile. Weight reduction is an effective method for improving the performance of the vehicles and minimizing impact on the environment. The load body of a truck forms a major component and has a significant percentage of the total mass distribution across the vehicle systems.A truck load body of rigid vehicle having a capacity of 9 ton Gross Vehicle Weight is selected for the process of design optimization. The CAD model of the load body is imported into the pre-processing software. Then finite element modelling is built and the loads and boundary conditions are applied in the model. The Nastran deck is prepared and the model is ready for analysis. After the initial analysis of the model the components in the model are analysed for the stress and displacement. The thicknesses of few components are reduced and then the analysis process is repeated to ensure the components passes the required load conditions applied on them. This process is repeated for various components until significant percentage of the weight of the load body is reduced without affecting the integrity of the structure.The prime objective of this study is to minimize weight of the truck load body which is our design objective in the design optimization process. After reducing the weight of the vehicle to a significant amount the optimized model should be able to pass the three load cases.
[301]
Name : Manas N. Vora
Company :
Designation :
Specialization :
Responsibilities :
Previous Experience :
Qualifications : (a) B.E.\B.Tech : B.E. Automobile
(b) M.Tech : Automotive Electronics & Embedded Systems 2013
Projects : B.E. Air Braking Systems, AMW Ltd. - Bhuj(Jan - June 2011)
M.TechADAS - Braunschweig, Germany(Jan - June 2013)
Achievements : Students Achievement Award in B.E.,1st in 3000m race in Gujarat
Date of Birth : 03.08.1989
Date of Marriage :
Hobbies : Music, Travelling, Painting, Social Activities
Contact Details
Present Address : Plot No.34, Ward-10/A, Gandhidham, Kachchh, Gujarat. Pin code: 370203
Permanent Address : Plot No.34, Ward-10/A, Gandhidham, Kachchh, Gujarat. Pin code: 370203
Mobile : 9428567401, 8888095687
Home : 02836-233387
Office :
E mail ID : [email protected]
This is Me :
M.Tech Project Details
Title : Market Specific Potential of Advance Driver Assistance Systems & Active Safety
Project Guide : Mr. Marvin Rabben
Key Words : ADAS, Active Safety, Collision mittigation Braking Systems
Abstract - Objective: “Market-Specific Potential Estimates of Advanced Driver Assistance and Active Safety Systems”.
Brief Description: The main goal of the project is the potential estimate of advanced driver assistance- and safety systems, especially for foreign automotive markets (e.g. India). While in the European area the equipment rate of advanced driver assistance- and active safety systems has established itself from the market launch in high-end-segment increasingly to the volume classes, the Indian market especially is affected by divergent customer expectations, either concerning the mobility aspect and the vehicle capacity, as well as the relevant constellation of the 3D (Driver, Driven Vehicle, Driving Environs) parameter space.
[302]
Name : Rahul Deepak Dongre
Company :
Designation :
Specialization :
Responsibilities :
Previous Experience :
Qualifications : (a) B.E.\B.Tech : Automobile Engg - 2011
(b) M.Tech : Automotive material & manufacturing - 2013
Projects : B.E Project:-compressed air powerd vehicle.
Achievements : 1) university 2nd topper in automobile Engg. 2) 2nd topper in M.Tech (AM&M)
Date of Birth : 12/12/1989
Date of Marriage :
Hobbies : Photography, Travelling Historical places, Baminton
Contact Details
Present Address : Flat No. 8, Venkatesh Height, Left Bhusari Colony, Kothrud Depo, Pune
Permanent Address : Puna Toli. Lagptaray War No.2 Near Shama Backary, Gondia. 441614
Mobile : 8390991512
Home :
Office :
E mail ID : [email protected]
This is Me :
M.Tech Project Details
Title : Study of effect of deformation temperature on a typical Aluminum alloy by experimental & simulation techniques
Project Guide : B.SATIESH (Deputy manager-ARAI-FID)
Key Words : Thermomechanical Simulation, Aluminium Forging, True Stress-Strain, Effect Of Temp, Dyanamic Recovery.
Abstract - Forged Aluminium components are used in automotive industry for the necessity to make modern vehicles lighter, safer, and more environment friendly. The trend of using forged Aluminium components is increasing. Forging temperature, forging load, rate of deformation and deformation are some of the important process parameters that influence the end forging product quality. It is thus necessary to understand their independent and combined effect on the end product quality.
In this study, hot compression test on an Al-Mg-Si aluminium alloy (6061 alloy) was performed on Gleeble-Thermo mechanical Simulator (TMS) at a various temperatures and with varying strain rates for a fixed nominal strain of a chosen value. Also the proposed process has been simulated using a forging process simulation software tool, FORGE-2011. As a result of compression tests, deformation curves were obtained. Test specimens were quenched as soon as the tests ended to preserve the resulting microstructure. Results of feasible mechanical testing and microstructure evaluation for various combination of temperature and strain rate are compared and discussed in view of possible industrial applications.
[303]
Name : Rajeshwar Reddy G.
Company : Cummins India Ltd
Designation : Manager
Specialization :
Responsibilities :
Previous Experience : 2 years 6 months
Qualifications : (a) B.E.\B.Tech : Mechanical Engineering
(b) M.Tech : IC Engine - 2013
Projects : 230 hp BS IV Engine Development
Achievements : Gate Rank
Date of Birth : 19-12-1985
Date of Marriage :
Hobbies : Cooking, Watching TV
Contact Details
Present Address : 202, Westend Apartments, Near Anarmess, Rambaugh Colony, Paud Road, Kothrud, Pune - 411038
Permanent Address : H. No. 1-91, Bijwar (Po), Dhanwada (Via), Mahabubnagar(Di), AP - 509205
Mobile : 8446358887
Home : 8464817319
Office :
E mail ID : [email protected]
This is Me :
M.Tech Project Details
Title : 230 hp BS IV Engine Development
Project Guide : Alok Badamikar
Key Words : ECU calibration, Turbo selection
Abstract - The main aim of the project is in cylinder combustion optimisations of engine to meet performance as per the requirement of customer and also compliance with the Bharat stage IV norms. Optimisation of engine is carried out in the test cell with transient dynamometer. Baseline Performance data from the Base calibration with the given Engine Hardware is recorded and analysed. Design of Experiments is used as a methodology to create a Test Plan in order to understand the behaviour of Engine and to simulate a predictive model which can be used for In Cylinder Combustion Analysis. The values for the Variables are set in order to get the best outcome from the perspective of meeting customer specified performance targets and Bharat Stage IV Emission Norms.