mechanical engineer
Budget: $50 – $100 USD
1. Design the Stirling engine based on thermal and dynamic analysis
2. Develop thermodynamic analysis equations of the Stirling engine
3. Develop the dynamics equations (forces and motion geometry)
4. Communicate a design through sketching with one of CAD/Solidworks/ANSYS software
5. Perform the numerical simulation for more than one input using the suitable software such as ANSYS/MATLAB/COMSOL
6. The numerical simulation should provide the behavior based on different inputs to get wide spectrum of responses. This step allows you to select the operation window of the generated design.
7. The simulation responses should be taken to select the best operating and environmental conditions
8. Communicate project outcomes in writing
9. Communicate project outcomes orally
2. Develop thermodynamic analysis equations of the Stirling engine
3. Develop the dynamics equations (forces and motion geometry)
4. Communicate a design through sketching with one of CAD/Solidworks/ANSYS software
5. Perform the numerical simulation for more than one input using the suitable software such as ANSYS/MATLAB/COMSOL
6. The numerical simulation should provide the behavior based on different inputs to get wide spectrum of responses. This step allows you to select the operation window of the generated design.
7. The simulation responses should be taken to select the best operating and environmental conditions
8. Communicate project outcomes in writing
9. Communicate project outcomes orally