Contributor(s)
Kowalski, Gregory
Abstract
The objective of the collapsible bicycle design team is to design and construct a collapsible bicycle. This collapsible bike must fit into a volume of 6x 16 x 18 (the size of a large brief case). This bicycle must also support a load of 250 pounds, have few to no loose parts, ride like a normal bike, and have a functioning braking system. Using AutoGad, a 3-D model was constructed allowing the team to visualize the ultimate goal and areas for improvement. A flat plate style frame, made of three eighth of an inch thick aluminum, has been chosen along with a belt drive system. Calculations have been performed to ensure stability and support during normal operation. The gear ratio for this bike is 4: 1 and the mass of the frame is approximately 8.6 lbs. Construction of our design is currently underway.
Keywords
collapsible bicycle, spring report
Publisher
Northeastern University
Publication Date
9-4-2007
Rights Holder
Northeastern University, Department of Mechanical, Industrial and Manufacturing Engineering
Permanent URL
http://hdl.handle.net/2047/d10010804
Recommended Citation
Chan, Ying; Luong, Bang; Nugent, David; Sunil, Shakya; and Soares, Brian, "Design and Construction of a Collapsible Bicycle: Phase II" (2007). Capstone Design Program: Mechanical Engineering. Paper 28. http://hdl.handle.net/2047/d10010804

Notes
Capstone Design Course ME 1336-1338, Technical Design Report, Project #F96/S97, Spring report