Design Specification Easy Adjustment; camber, caster, toe-in/out Mounting to honeycomb unibody 6” of total shock travel Little weight Support body weight (=900 -1000 lb)
Tasks Completed • • WBS Schedule (primavera) Budget Final Design Shock specifications Designing Bulk Head Simulated Drawings Fine tuning suspension geometry to minimize scrub
On-Going Task • Modeling components in Pro-E/Working model 2 -D • Ordering parts/materials • Suspension Calculations
Body Side View
Cross Section
Design Phase I
Design Phase II
Final Design
Concept Insight 3” travel Max travel height . 5” scrub
Degrees of freedom
Shock Schematic
Uncompleted Tasks • • • Connecting Suspension All finalized engineering drawings Machining parts Analyzing Performance Stress testing of suspension Suspension performance
Team Improvement • Better organization of work time • Total group involvement
Next Semester Task • • Analyzing material stress/strain Material Selection Ordering parts Machining and assembly Analyzing Performance Stress testing of suspension Suspension Calculations Incorporation of Stirring System
Conclusion • Though the project is behind schedule for most groups on the solar car. We do hope to accomplish our over all goals that were set from the start. • This has also been a stressful but simulating learning experience.