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The Mtech projects in mechanical engineering cover following:
Thermal engineering is a sub-discipline of mechanical engineering concerned with the movement and transmission of heat energy. A thermal engineer will be familiar with thermodynamics as well as the process of converting thermal energy into chemical, mechanical, or electrical energy.
Automobile Engineering is a discipline of engineering concerned with the design, production, and maintenance of automobiles. The Automobile Engineering course covers a wide range of topics, from vehicle design to component manufacture, assembly, and safety testing.
The study, design, development, construction, and testing of mechanical and thermal sensors and devices, such as tools, engines, and machines, is known as mechanical engineering. Careers in mechanical engineering focus on developing technologies that address a wide range of human requirements.
CAD and CAM design
The combination of computer-aided design (CAD) with computer-aided manufacturing (CAM) is known as CAD/CAM (CAM). Both of these tasks necessitate the use of sophisticated computers. CAD software aids designers and draughtsmen, whereas CAM in the production process “reduces personnel costs.”
Tool engineering is a subcategory of industrial engineering that entails the creation of tools and machines in order to manufacture items in a short amount of time and with limited resources such as capital, labour, and materials. In India and other areas of the world, tool engineering has a wide range of applications.
1. Design and Analysis of UAV using CFD
2. Fatigue Life analysis of tube flange weld joint
3. Performance evaluation of Conical Diffuser for swirl flow conditions
4. Design optimization of Heavy Motor vehicle chassis using ANSYS
5. Design Optimization of Pulse jet Engine to improve thrust generation
6. Design Optimization of Leaf Spring using Response Surface Optimization
7. Thermal Analysis and Design Optimization of Disk Brake using ANSYS
8. Design Optimization of IC engine piston using Response Surface Method
9. Design and Analysis of EGR cooler used in Automobiles
10. Crash Analysis of Front Bumper used in Passenger Car using ANSYS
11. Fatigue Life analysis of tube flange T shaped weld joint
12. Design and analysis of steering knuckle using ANSYS
13. Thermal Analysis of IC engine cylinder fins to study cooling characteristics
14. Thermal Analysis and Design Optimization of cooling fins used in heat sink
15. Fluid flow analysis of fuel injector system using ANSYS CFX
16. Design and Analysis of Pulsejet Engine using ANSYS CFX
17. CFD Analysis of NACA 0012 airfoil operating at different altitudes
18. Design and Analysis of Solar Panel support structure subjected to different wind conditions
19. Structural Analysis of Cracked cylinder beam subjected to torsional loading using ANSYS
20. Rigid Body Analysis of Robotic Arm using Creo and ANSYS
21. Stability Analysis of Solar Panel subjected to different air flow condition
22. Vibration Analysis of Vertical Axis Wind Turbine using ANSYS
23. Thermal Analysis of IC engine cylinder fins using ANSYS
24. Thermal Characteristics of disk brake cooling subjected to wind load
25. Weight Reduction of Automobile Component using Topology Optimization Technique
26. Structural Analysis of tyre road interaction of SUV using ANSYS.
27. Design Optimization of cracked cantilever beam using Taguchi Response Surface Method.
28. Weight Reduction of Robotic Arm using Topology Optimization Technique
29. Weight Reduction of T shape joint subjected to fatigue loading using Topology Optimization Technique
30. Design optimization and analysis of engine cylinder fins for enhanced heat rejection
31. Design and Thermal Analysis of Exhaust manifold using CFD
1. Application of Topological Optimization in Additive Manufacturing
2. Numerical Analysis of Optimum Cooling Channel For Injection Moulding
3. Structural Analysis and Optimization of Weld Joint Parameters using Central Composite Design Scheme
4. Structural Analysis and Optimization of Weld Joint Parameters using Sparse Matrix Initialization
5. Optimization of Weld Joint Parameters using Box – Behnken Design
6. Application of 6 sigma tool in robust design of components
7. Application of Topological Optimization in Additive Manufacturing
8. FEA Analysis of Sheet Metal Forming Process using ANSYS
9. FEA Analysis of Laser Cutting Operation using ANSYS
10. FEA Simulation of Sand-Casting Process using ANSYS
11. FEA Analysis of Laser Welding Operation using ANSYS