Develop an analytical model of a regenerative suspension system using MATLAB
Budget: ₹1,500 – ₹12,500 INR
- Aims and Objectives
Develop a analytical model of a regenerative suspension system using MATLAB that can efficiently gather and utilise the energy produced during suspension movements.
- Objectives
1. Evaluate and contrast the energy regeneration potential of the regenerative suspension system under various driving conditions.
2. Analyse the possible advantages such as enhanced vehicle performance and fuel economy of implementing regenerative technology in the suspension system.
3. Propose recommendations for potential implementation approaches and design factors for the successful integration of regenerative suspension systems in future cars.
4. Evaluating the overall effect of the regenerative suspension technology on areas of ride comfort, handling, and safety.
5. Disseminating the project's findings through a comprehensive summary that offers beneficial insights for academics, engineers, and professionals working in the automotive sector.
Skills required: MATLAB, SIMULINK, Mechanics
Develop a analytical model of a regenerative suspension system using MATLAB that can efficiently gather and utilise the energy produced during suspension movements.
- Objectives
1. Evaluate and contrast the energy regeneration potential of the regenerative suspension system under various driving conditions.
2. Analyse the possible advantages such as enhanced vehicle performance and fuel economy of implementing regenerative technology in the suspension system.
3. Propose recommendations for potential implementation approaches and design factors for the successful integration of regenerative suspension systems in future cars.
4. Evaluating the overall effect of the regenerative suspension technology on areas of ride comfort, handling, and safety.
5. Disseminating the project's findings through a comprehensive summary that offers beneficial insights for academics, engineers, and professionals working in the automotive sector.
Skills required: MATLAB, SIMULINK, Mechanics