Stewart Platform Simulation tbns05 2010-06-06 | Simulation of a custom Stewart Platform. Ohio University Robotics, Mechanical Engineering Department, 2010. Robot modeled and animated in Autodesk Inventor by Mark Thompson (MAT).
CNC Mill X/Y/Z Axis Runoff tbns05 2011-12-05 | Sieg X2 Mini MillCNC Fusion 5 TPI Ballscrew KitX / Y NEMA 23 270 oz-in steppersZ NEMA 23 382 oz-in stepperGecko G540 4-axis ControllerKeling KL-350-48 48V/7.3A Power Supply
Rocky Ball-Throa: Prototype Demonstration tbns05 2010-05-10 | Senior Design, Demo Day 2009 / 2010. Ohio University, Mechanical Engineering Department. Team Members: James Hayes, Schuyler Redding, Bradley Arnold, Bob Meholif, Bob Herpy.
Count on ME: CNC Manufacturing Clip tbns05 2010-05-07 | Ohio University Mechanical Engineering Department. Senior Design 2009 / 2010. Team: Count on ME. CNC Manufacturing Clip.
Count on ME: Customer Prototype Testing tbns05 2010-05-07 | Ohio University Mechanical Engineering Department. Senior Design 2009 / 2010. Team: Count on ME. Counting Jig Prototype Testing.
Adept Python Linear Module: Workspace Demonstration tbns05 2010-03-30 | Workspace Demonstration with an Adept Python Linear Module. Ohio University Robotics, Mechanical Engineering Department, 2010. Custom Python models generated by Adept. Conveyors and environment modeled, assembled and animated in Autodesk Inventor by Mark Thompson (MAT).
ME 451: Surface Friction Simulation (0.2 Static) tbns05 2010-02-26 | This video is an attempt to simulate surface friction. It involves a 5000 lb force, applied in the x-direction to move a 300 lb box (see: "overkill").
Unimate Puma 560: Workspace Demonstration tbns05 2010-02-20 | Workspace Demonstration with a Unimate Puma 560 robot. Ohio University Robotics, Mechanical Engineering Department, 2010. Modeled and animated in Autodesk Inventor by Mark Thompson (MAT).
Adept Cobra s600: Workspace Demonstration tbns05 2010-01-10 | Coffee Cup Manipulation with an Adept Cobra s600 SCARA robot. Ohio University Robotics, Mechanical Engineering Department, 2010. Modeled and animated in Autodesk Inventor by Mark Thompson (MAT).
Team Awesome Futon Animation tbns05 2009-08-26 | Ohio University Mechanical Engineering DepartmentME 351 Term ProjectMark ThompsonDarryl EvanetichBob HerpyColton Shoemaker
Team Awesome Mechanism Animation tbns05 2009-08-26 | Ohio University Mechanical Engineering Department ME 351 Term Project Mark Thompson Darryl Evanetich Bob Herpy Colton Shoemaker
ME 304 Term ❝Reverse Design❝ Project tbns05 2009-06-07 | MAT CLS ME 304 Term Project Ohio University Mechanical Engineering
Double Worm Gear Mixer Mechanism tbns05 2009-04-26 | ME 304: Ohio University Machine Design. Reverse Design Project. Double worm gear mixer configuration. Modeled and animated in Autodesk Inventor. MAT, CLS.
ME 301 Flush Mechanism Real World tbns05 2009-03-11 | ME 301 Kinematics Flush Mechanism Project Mark Thompson, Colton Shoemaker
ME 301 Flush Mechanism Animation tbns05 2009-03-09 | Ohio University ME 301 Kinematics and Dynamics of Machines Term Project - Flush Mechanism Analysis; Mark Thompson Colton Shoemaker
