AWD System Coupler

 
Project Title: All Wheel Drive System Coupler
Sponsor: Withheld at sponsor request
Course: ME415 - Mechanical Systems Design
Faculty Coach: Dr. Martin Trethewey
Date: Spring 2002
 
  TRT Auto Systems - Team Members
 
Mark Adams
Mechanical Engineer
Sean Moyer
Mechanical Engineer
Michael Rieder
Electrical Engineer
TJ Seifert
Mechanical Engineer
 
  Summary
 
The continuing trend of consumers to seek safer products has caused the automotive industry to provide safer vehicles. Improvements in today's cars have allowed for better traction control and thus safer handling by use of Electronic Slip Protection, Traction Control, Active Suspension, and AWD systems. Among other safety features, the industry has turned to All Wheel Drive (AWD) systems to provide consumers with a safer alternative to two wheel drive vehicles. These AWD systems can reconfigure the vehicle's torque distribution to help the vehicle sustain traction even in slippery conditions.

Our student group was given the opportunity to explore and design a new and innovative electronically controlled AWD system coupler. This coupler would be used along with sensors that monitor wheel speed and other vehicle information. All of the available information would be processed and used to send the appropriate amount of torque to each wheel to enhance vehicle acceleration and stability. In recent years there have not been any significant advancements in AWD couplers, most companies just make minor adjustments to existing ideas to avoid patent infringements. TRT Auto systems has explored the available alternatives for couplers and brainstormed different implementations.

 
  Conclusions

A testament to the success of this project is that our sponsor will not allow any details of our invention to be disclosed on this page. Team TRT has provided a unique and original method of creating an All Wheel Drive coupler system. The team's final design applies a conventional method in an unconventional way to couple two spinning shafts. The design is not completely developed but has a promising future.

Throughout the course of the semester the team learned a lot about themselves and how the design process works. By researching, weighing the facts, and making well thought out decisions the team was able to create a very promising and well-analyzed design.

  Links

Learning Factory
Introduction to AWD Systems by Eliot Lim