SUMMARY
The forum discussion centers on designing a flywheel for an electric bicycle project, with a power requirement of 0.5 horsepower for a maximum duration of one hour. Key calculations include determining the stored energy using the formula Energy = Power X Time, and optimizing the flywheel's dimensions, materials, and angular velocity. The user is advised to start with a solid steel cylinder for simplification and to utilize MathCAD or Excel for calculations. Concerns regarding the flywheel's impact on steering and control are also raised.
PREREQUISITES
- Understanding of flywheel energy storage principles
- Basic knowledge of power calculations (e.g., horsepower)
- Familiarity with materials science, specifically steel properties
- Proficiency in using MathCAD or Excel for engineering calculations
NEXT STEPS
- Research the formula for energy stored in a flywheel
- Learn about flywheel design optimization techniques
- Investigate the effects of flywheel speed on vehicle dynamics
- Explore material selection criteria for flywheel construction
USEFUL FOR
Engineering students, mechanical designers, and hobbyists working on electric bicycle projects or those interested in flywheel energy storage systems.