colehintz.wordpress.com
Cole Hintz | Cole Hintz's Blogfolio
https://colehintz.wordpress.com/author/colehintz
Cole Hintz's Blogfolio. I hear and I forget. I see and I remember. I do and I understand. -Confucius. Skip to primary content. Skip to secondary content. My Philosophy of Education. Author Archives: Cole Hintz. I'm a student at the University of Regina working on my B. Ed. and seeking to very soon become a successful educator. Learn with me along the way. March 18, 2014. Quick tutorial on how to build your own simple motor and how it works. March 10, 2014. March 10, 2014. Baking Soda and Vinegar. Dip the...
colehintz.wordpress.com
Genius Hour Project Help | Cole Hintz's Blogfolio
https://colehintz.wordpress.com/2014/02/11/genius-hour-project-help
Cole Hintz's Blogfolio. I hear and I forget. I see and I remember. I do and I understand. -Confucius. Skip to primary content. My Philosophy of Education. Genius Hour Project Help. February 11, 2014. 1 How they work…. 2 How to make your own…. 2 How to Build One. 1 Three Different Ways to Build a Water Filter. 1 The colours in fireworks…. 2 Ways to do your own pyrotechnics…. 3 Making sparklers and/or glowworms…. 4 How to make a small firework…. 1 How do wind turbines work? And tagged Genius Hour.
solarheatengines.com
New power piston and displacer for 3D printed Stirling engine
http://www.solarheatengines.com/2012/12/31/new-power-piston-and-displacer-for-3d-printed-stirling-engine
Simulate, analyze, design, build, and test solar-powered engines. Analysis & design. The Simple Stirling 1 Engine. New power piston and displacer for 3D printed Stirling engine. December 31, 2012. To simplify the building of the 3D printed PE 2 Stirling engine. I’ve designed and tested two modifications. The parts were printed on a Stratasys. The new power piston. This modification uses the same power piston connecting rod so there are no changes to any of the other 3D printed parts. The displacer needs ...
solarheatengines.com
The Simple Stirling 1 Engine —Plans, Photos, General Information
http://www.solarheatengines.com/the-simple-stirling-1-engine-plans-photos-general-information
Simulate, analyze, design, build, and test solar-powered engines. Analysis & design. The Simple Stirling 1 Engine. The Simple Stirling 1 Engine —Plans, Photos, General Information. This first version of the Simple Stirling 1 Engine is powered by hot water. I had several design goals in creating the Simple Stirling 1 Engine:. No Lathe or Milling Machine. An engine to experiment with. On this engine you can change virtually anything by just building a few parts. Experimenting with these engines is fun&...
solarheatengines.com
Stirling Engine Simulator
http://www.solarheatengines.com/stirling-engine-simulator
Simulate, analyze, design, build, and test solar-powered engines. Analysis & design. The Simple Stirling 1 Engine. Stirling Engine Simulator Version 2.01. Be sure to read the Simulator guide. Subscribe to Blog via Email. Enter your email address to subscribe to this blog and receive notifications of new posts by email. Power output measurement of the PE 2 Stirling engine. Why the One Puck won’t work. How to measure engine friction using flywheel deceleration. Solar-powered Stirling engine prototype Part 1.
solarheatengines.com
Doug Conner
http://www.solarheatengines.com/author/admin
Simulate, analyze, design, build, and test solar-powered engines. Analysis & design. The Simple Stirling 1 Engine. Power output measurement of the PE 2 Stirling engine. March 15, 2013. Filed Under: Analysis and design. Tagged With: 3D printed engine. Why the One Puck won’t work. March 2, 2013. How to measure engine friction using flywheel deceleration. February 17, 2013. This article describes the method used to determine the engine component friction in the 3D printed Stirling engine. This technique...
solarheatengines.com
3D printed Stirling engine
http://www.solarheatengines.com/2012/10/29/3d-printed-stirling-engine
Simulate, analyze, design, build, and test solar-powered engines. Analysis & design. The Simple Stirling 1 Engine. 3D printed Stirling engine. October 29, 2012. This article is about a low-temperature Stirling engine I designed to be mostly built using 3D printing. I designed the engine to use Stratasys’s. Fused deposition modeling technology, an additive manufacturing process. You can see a video about the engine here:. The 3D printed parts. The version of the engine in this article uses 11 printed part...
solarheatengines.com
3D printed engine
http://www.solarheatengines.com/tag/3d-printed-engine
Simulate, analyze, design, build, and test solar-powered engines. Analysis & design. The Simple Stirling 1 Engine. Power output measurement of the PE 2 Stirling engine. March 15, 2013. Filed Under: Analysis and design. Tagged With: 3D printed engine. Engine friction measurements using flywheel deceleration. February 7, 2013. Filed Under: Engine components. Tagged With: 3D printed engine. Speed & temperature measurements of the 3D printed Stirling engine. January 27, 2013. Using the automated testing syst...
solarheatengines.com
Uncategorized
http://www.solarheatengines.com/category/uncategorized
Simulate, analyze, design, build, and test solar-powered engines. Analysis & design. The Simple Stirling 1 Engine. Why the One Puck won’t work. March 2, 2013. The Epiphany onE PUCK on Kickstarter is sure to interest anyone with even a passing interest in power generation or Stirling engines. The device uses the Stirling cycle and is supposed to generate 5W (one amp at 5V) to charge USB devices. It’s supposed to run off either a hot drink as shown or turn […]. Subscribe to Blog via Email. X000B7; Log in.