The slider-crank is an important mechanism with a wide range of applications. Here are my notes on its kinematic analysis. http://synthetica.eng.uci.edu/mechanicaldesign101/McCarthyNotes-3.pdf
About Prof. McCarthy
This author has yet to write their bio.Meanwhile lets just say that we are proud Prof. McCarthy contributed a whooping 282 entries.
Entries by Prof. McCarthy
The four-bar linkage is a basic machine component. It comes in two primary forms the 4R quadridlateral and the slider-crank. Here are my notes for the analysis of the 4R quadrilateral. http://synthetica.eng.uci.edu/mechanicaldesign101/McCarthyNotes-2.pdf
A copy of my notes on DC motor torque and power can be downloaded at the link: http://synthetica.eng.uci.edu/mechanicaldesign101/McCarthyNotes-1.pdf
The basic principles of DC motors are presented by Joe Wolfe of the University of New South Wales (Sydney, Australia) at the link: http://www.animations.physics.unsw.edu.au/jw/electricmotors.html Northwestern University (Chicago, Illinois) presents the basics of a DC motor in the Wiki page: http://hades.mech.northwestern.edu/index.php/Brushed_DC_Motor_Theory
The MatWeb site provides detailed information about materials such as the tensile strength of various compositions of steel. For example the search “low carbon steel” results in the list of links to information: http://www.matweb.com/search/QuickText.aspx?SearchText=low%20carbon%20steel
There are a variety of numbering systems for materials such as steel. The unified numbering system (UNS) uses a letter to designate a material category followed by five numbers constructed from the existing materials designations to coordinate all of these numbering systems. The unified numbering system (UNS) is described in Wikipedia at the link: Unified […]
The doors of the Koenigsegg CCX open using the “dihedral synchro-helix door actuation” system. You can see this movement on the video
Cambridge University provides a useful overview of materials properties such as the chart below. The tutorial can be accessed at the link: http://www-g.eng.cam.ac.uk/125/now/mfs/tutorial/non_IE/charts.html
Joseph Klann provides a useful comparison of the leg designs for his Mondo Spider and Theo Jansen’s Strandbeest at the link: http://www.mechanicalspider.com/comparison.html This link may be unreliable so here is an interesting article comparing the leg designs: Mechanical Spider Using Klann Mechanism This is a youtube video prepared by William Thielicke that illustrates the two leg mechanisms.
This walking machine known as the Mondo Spider. The leg of the mondo spider has the topology known as a Stephenson six-bar and is described in US Patent 6,260,862 awarded to Joseph Klann. Access it through the link: http://www.google.com/patents/about?id=70YHAAAAEBAJ&dq=6,260,862 Wikipedia calls this the Klann linkage described here: http://en.wikipedia.org/wiki/Klann_Linkage