This interactive presentation, created by James Bourassa and John Rosz for the Electromechanical Digital Library, discusses the calculation of horsepower, RPMs, and torque. Bourassa and Rosz begin by providing detailed definitions of all three topics and then provide mathematical examples for computing each measure. Once this basic explanation is complete, the authors allow students to practice these theories in a set of self-correcting quiz questions. Bourassa and Rosz explain each using interactive flash animations.Â
This interactive presentation, created by Terry Bartelt for the Electromechanical Digital Library, d...
The paper presents an original algorithm composed by authors in order to determine through exact cal...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering, 1932.MICROFIC...
In this Flash-based interactive object by James Bourassa and John Rosz from Fox Valley Technical Col...
This interactive presentation, created by James Bourassa and John Rosz for the Electromechanical Dig...
This interactive presentation, created by Terry Bartelt for the Electromechanical Digital Library, d...
This interactive presentation, created by authors James Bourassa and John Rosz, explains the calcula...
This interactive presentation, created by Terry Bartelt for the Electromechanical Digital Library, d...
This interactive presentation, created by James Bourassa and hosted by the Electromechanical Digital...
This interactive presentation, created by James Bourassa and John Rosz, explains how the input of fo...
Ralph Dillon invented this dynamometer in 1964. It was manufactured by WC Dillon and Co, of Van Nuys...
Tractors are used to perform jobs that require different types of agricultural tools to be attached ...
Four-bar mechanisms appear, in various guises, in many examples of high speed machinery, in which in...
This paper presents the dynamic, original, machine motion equations. The equation of motion of the m...
Abstract-- This articles presents on the basis of simple fundamental method of theory of magnetism i...
This interactive presentation, created by Terry Bartelt for the Electromechanical Digital Library, d...
The paper presents an original algorithm composed by authors in order to determine through exact cal...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering, 1932.MICROFIC...
In this Flash-based interactive object by James Bourassa and John Rosz from Fox Valley Technical Col...
This interactive presentation, created by James Bourassa and John Rosz for the Electromechanical Dig...
This interactive presentation, created by Terry Bartelt for the Electromechanical Digital Library, d...
This interactive presentation, created by authors James Bourassa and John Rosz, explains the calcula...
This interactive presentation, created by Terry Bartelt for the Electromechanical Digital Library, d...
This interactive presentation, created by James Bourassa and hosted by the Electromechanical Digital...
This interactive presentation, created by James Bourassa and John Rosz, explains how the input of fo...
Ralph Dillon invented this dynamometer in 1964. It was manufactured by WC Dillon and Co, of Van Nuys...
Tractors are used to perform jobs that require different types of agricultural tools to be attached ...
Four-bar mechanisms appear, in various guises, in many examples of high speed machinery, in which in...
This paper presents the dynamic, original, machine motion equations. The equation of motion of the m...
Abstract-- This articles presents on the basis of simple fundamental method of theory of magnetism i...
This interactive presentation, created by Terry Bartelt for the Electromechanical Digital Library, d...
The paper presents an original algorithm composed by authors in order to determine through exact cal...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering, 1932.MICROFIC...