• Home
  • Search
  • Browse Collections
  • My Account
  • About
  • DC Network Digital Commons Network™
Skip to main content
Digital Commons @ Michigan Tech
  • Home
  • About
  • FAQ
  • My Account
  • Disciplines
  • Engineering
    • Sub-Disciplines
    • Works
    • Authors

Part of the Engineering Commons

Works by John K. Gershenson in Engineering

2017

Viability of distributed manufacturing of bicycle components with 3-D printing: CEN standardized polylactic acid pedal testing, Nagendra Gautam Tanikella, Benjamin L. Savonen, John K. Gershenson, Joshua M. Pearce
Joshua M. Pearce

2016

Affordance theory for engineering design, Benjamin T. Ciavola, John K. Gershenson
Michigan Tech Publications

Link

Viability of distributed manufacturing of bicycle components with 3-D printing: CEN standardized polylactic acid pedal testing, Nagendra Gautam Tanikella, Benjamin L. Savonen, John K. Gershenson, Joshua M. Pearce
Department of Materials Science and Engineering Publications

Link

2011

Work in progress - Weaving threads of sustainability into the fabric of the mechanical engineering curriculum, Michele Miller, John K. Gershenson, Chuck Margraves, Ibrahim Miskioglu, Gordon Parker
Michigan Tech Publications

Link

2007

Life-Cycle Design, Abigail Clarke, John K. Gershenson
Michigan Tech Publications

Link

Discovering relationships between modularity and cost, Fang Guo, John K. Gershenson
Michigan Tech Publications

Link

2006

Classification and application of problem solving quality tools: A manufacturing case study, Catherine Hagemeyer, John K. Gershenson, Dana M. Johnson
College of Business Publications

Link

 
 

LINKS

  • The Van Pelt and Opie Library
  • About Digital Commons @ Michigan Tech
  • Contact Us

Browse

  • Collections
  • Disciplines
  • Authors

Search

Advanced Search

  • Notify me via email or RSS

Author Corner

  • Author FAQ
  • Content Policy
  • Policies for Data
  • Submit Research
 
Elsevier - Digital Commons

Home | About | FAQ | My Account | Accessibility Statement

Privacy Copyright