Static Structural Analysis of 17-inch Front Wheel Rim for EV
Performed static structural analysis of EV front wheel rim to ensure durability under real-world conditions.
ProjectOverview
This project involved static structural analysis of a 17-inch EV front wheel rim. Using FEA simulations, stress concentrations, deformation, and safety factors were evaluated under different static loads. The analysis ensured lightweight design, durability, and compliance with EV performance standards.
Challenge
Balancing lightweight design with structural strength. Managing stress distribution under static loads. Ensuring compliance with EV safety standards.
Solution
Developed accurate CAD & FEA models of the wheel rim. Simulated static loading conditions. Recommended geometry refinements for strength optimization.
Results
Improved rim durability by 20%. Reduced stress concentration by 18%. Delivered optimized design within weight limits.
Key Metrics
Measurable outcomes that demonstrate the success of our engineering solutions
OurMethodology
Our systematic approach ensures comprehensive analysis and optimal results for every project phase.
CAD Modeling
Static Load Setup
FEA Simulation
Stress Analysis
Design Optimization
Technologies Used
Project Gallery
A visual journey through the project phases and key moments.