Msruas logo2
Ramaiah University of Applied Sciences
Menu

Project Abstracts - 2014

M.Sc. Student Projects

Automotive Engineering

Sl.No.Project Title
1 Evaluation of Handling Characteristics of an Intercity Bus by Multi-Body Dynamic Simulations
2 Enhancement of Aerodynamic Performance of a Formula-1 Race Car Using Add-on Devices
3 Design, Analysis and Simulation of Low Aspect Ratio Tyres (Non-Pneumatic) for Passenger Cars
4 Effect of Automotive Glazing Materials on Thermal Comfort of Passengers Inside the Car Cabin using CFD simulations
5 Design of Multi-Tube Crash Energy Management System to Suit a Crash Pulse Requirement
6 Thermal Comfort Analysis on Passenger Car Cabin with Spot Cooling Approach Using CFD Simulation
7 Evaluation of Damage Resistance of Bulletproof Car Body Panel for Different Material Configuration
8 Improvement in the Ride Behaviour of a SUV by Changing the Suspension Parameters
9 Enhance Safety of Long Distance Buses by Preventing Rupture of Fuel Tank During Impact
10 Improving Occupant Safety in Small Overlap Crash Test
11 Hybrid Materials for Bonnet of a Car to Reduce Weight and to Improve Pedestrian Safety
12 Study of Jack-Knifing Behaviour of a Truck Semi-Trailer System
13 Effect of Friction and Braking Pressure on Automotive Disc Brake Squeal
14 Aerodynamic Influence on Rim Design for Effective Cooling of Automotive Disc Brake
15 The Influence of Slipstreaming on the Aerodynamic Performance of Passenger Cars
16 Fatigue Life Assessment of Ceramic Coated SI Engine Piston through Thermo-Mechanical Loads
17 Evaluation of Solenoid Valve as Gaseous Injector for Single Cylinder SI engine
18 Evaluation of Performance of DPF Cell Structure for Soot Loading, Regeneration and Pressure Drop using CFD Simulation
19 Fatigue Life Estimation of Cooling Module of Commercial Truck using Modal Superposition Method
20 Design, Analysis and Development of Two Stroke Gasoline Direct Injection Engine
21 Reduction in Ackerman Error in Steering System
22 Evaluation of Performance of DPF Cell Structure for Soot Loading, Regeneration and Pressure Drop using CFD Simulation