260 likes | 633 Views
Steer-by-Wire System Gear Box Design. Elizabeth Dick, Vijay Patel, Trish Pham, Breanne Walters, Josh Collins Dr. Sohel Anwar-Project Sponsor FALL 2007. Presentation Outline. Project Goal Background Customer required criteria Motor Selection Final Model Model Analysis (Static and Dynamic)
E N D
Steer-by-Wire System Gear Box Design Elizabeth Dick, Vijay Patel, Trish Pham,Breanne Walters, Josh CollinsDr. Sohel Anwar-Project SponsorFALL 2007
Presentation Outline • Project Goal • Background • Customer required criteria • Motor Selection • Final Model • Model Analysis (Static and Dynamic) • Conclusion • Recommendations for the future • Acknowledgements • Questions
Project Goal • Convert rack and pinion system to operate two motors for steer-by-wire steering system Current Motor Interface
Background • Steer-by-Wire • Power Steering
Motor Requirement Selected Motor Motor Selection 2.5 Nm Continuous, 8Nm Max., 2500 rpm, 10.3 A, 80 V, 1.7 hp
0.098425 [m], shaft length Ø.03 [m], shaft dia. Dynamic Analysis Shaft connecting Gearbox w/ Rack and Pinion 1:1 Gear Ratio 2 plcs Servo Motor 1.5 [N m] Torque 2 plcs
Product Evaluation Summary Note Backlash and Noise Level Pending Prototype Build
Recommendations for the Future • Project turn-over • Design goals and customer design criteria need to be defined clear • Communication
Acknowledgements • Dr. Sohel Anwar – Project Sponsor • Dr. Jie Chen – Project Advisor • Wei Nu – Graduate Student • Daniel Aw – Graduate Student • Brian Neel – Mechanical Electrical Systems