Table of Contents
The purpose of this project is to develop a scalable motor dynamometer appropriate for use with a DC electric motor. As automotive technology advances, it is likely that hybrid vehicles and electric vehicles will play an increasingly important role in our transportation systems. The Mechanical Engineering Department currently operates an internal combustion engine dynamometer (IC engine dyno), located in the engine test cell within the ME machine shop. This new dynamometer should be scalable (to 1kg and 100kg robotic payload variants), modular in design, open architecture, open source, and fully instrumented for use in a variety of education, research & development, and outreach applications within and beyond the RIT KGCOE.
A critical element of the track is to provide the foundation for the DC dynamometry needs of the ME department and senior design teams at RIT. The dynamometer will be used to help grow RIT's engineering programs and help keep RIT up to date with current growing technologies. The use of the dynamometer developed has potential to be implemented as a lab into one of the current automotive classes.
This is a continuation of a previous project. Students should review what was done in the past and determine to what extent the project will involve modification and/or rebuild. Students will have access to all knowledge gained in the previous design.
- Project Name
- PO8203:DC Motor Dynamometer
- Project Family
- P07200 - Modular, Scalable, Open Architecture Robotic Platform
- Vehicle Systems Technology Track
- Start Term
- 2007-2 (??)
- End Term
- 2007-3 (??)
- Faculty Guide
- Dr. Walter
- Teaching Assistant
- Erin Gillespie
- Primary Customer
- Dr. Edward Hensel, Mechanical Engineering Department Head
- Customer contact information
- RIT Mechanical Engineering Office
- firstname.lastname@example.org, (585) 475-5181
This outline for the posting of team created documents follows the general product development process presented in the textbook "Product Design and Development" by Ulrich and Eppinger.
Portions of the team documents have been prepared by a DPM student prior to the launch of this project. This information is intended to help get the team started with a first draft needs assessment and work breakdown structure. The team members can adapt this information as the project progresses.
Keep in mind that everything you include in this web tree is visible to the world and the general public. If you have documents that reflect work in progress, or contain data that has not been fully vetted, then it may be better to include those internal working documents in the private section of the web tree, or in the project repository proper, outside of the web tree. Note that anyone with Guest or higher memberhsip in your project can read your entire project repository. Anyone with an Editor or higher membership can makes changes to your repository. All Observer members can view, but not edit, the web portion of your repository.
These links provide a basic starting point for your team to prepare a comprehensive web site about your project.
After you get started on the project, you may want to replace these introductory paragraphs with a photograph of your team. Near the conclusion of your design project, you may also wish to include a photo of your finished product.
As you conclude the project, include links to all of your finished and fully polished documents here. The previous sections of the web site contain the entire design history of your project. This section contains the finished products. Add more links as needed.
Concept Design Review Documents (SD I)
Detailed Design Review Documents (SD I)
Managerial Design Review Presentation (SD I)
Technical Conference Publication (SD II)
Poster Publication (SD II)
Managerial Design Review Presentation (SD II)