Tensegrity Linkage
This is a design concept that uses tensegrity beam elements as the bars of a large-scale linkage system for use in deployable structures for disaster relief. This animation is by Mark Plecnik.
This is a design concept that uses tensegrity beam elements as the bars of a large-scale linkage system for use in deployable structures for disaster relief. This animation is by Mark Plecnik.
This animation shows the W16 Bugatti Veyron engine with four cam-shafts actuating 64 valves, four on each of sixteen cylinders.
This animation shows the operation of the cam shaft, lifters and valves in a V8 engine.
This animation shows the part by part assembly of a four cylinder diesel engine.
The web-site AnimatedEngines.com provides animations of a variety of engines that provide insight to their operation
My 1990 book is now on-line as an iBook. It is available as of March 31, 2013. This 2013 version has corrections to errors and language, and includes a glossary and animations of various linkage systems. I hope you like it.
You can see it at the link: Introduction to Theoretical Kinematics.
These linkages guide a platform in straight-line translation. They are generalizations of traditional straight-line linkages and can be found in Kempe’s How to Draw a Straight Line. Mark Plecnik generated the SolidWorks files and animations to help my MAE 183 students.
Kassim Abdul-Sater provides this CATIA animation of a spatial linkage that guides a car door through a spatial movement. This is a spatial RSSR four-bar linkage that connects the SS coupler to ground using a TS chain to control its orientation. He reports that this application was inspired by Kaustubh Sonawale’s spherical Watt I car door linkage.
This is a video montage of kinetic sculptures by Arthur Ganson that were on display at MIT. You can see more at his website at the link: arthurganson.com
This view shows the operation of the spherical Watt I six-bar door linkage designed by Kaustubh Sonawale.