Design and Development of Hydrogen Engine Project

Design a hydrogen engine architecture: 30 Week program.

Create a detailed design of the engine, including cylinder head, block, crankshaft, and fuel system.

1. Select and specify engine components: Choose materials and components for the engine, such as fuel injectors, spark plugs, and valves.

2. Develop a fuel management system: Design a system for storing, handling, and injecting hydrogen fuel

3. Methodology

   1. Literature review: Research existing hydrogen engine designs, technologies, and challenges.

   2. Design and simulation: Use CAD software and simulation tools (e.g., ANSYS, Open FOAM) to design and optimize the engine.

   3. Component selection and procurement: Source and acquire necessary components.

   4. Prototyping and testing: Build a prototype and conduct performance, efficiency, and emissions testing.

   Expected Outcomes

   1. Hydrogen engine design: A detailed design of the engine, including CAD models and specifications.

   2. Prototype development: A functional prototype of the hydrogen engine.

   3. Performance optimization: Optimized engine performance, efficiency, and emissions.

   Timeline

   • Literature review: 2 weeks

   • Design and simulation: 8 weeks

   • Component selection and procurement: 4 weeks

   • Prototyping and testing: 12 weeks

   Resources

   • CAD software (e.g., SolidWorks, Autodesk Inventor)

   • Simulation tools (e.g., ANSYS, OpenFOAM)

   • Component suppliers

   • Prototyping and testing equipment (e.g., engine dynamometer, fuel analysis tools)