| Title: |
Kinematic analysis of a swash-plate mechanism using transformation
matrices
|
| Author: | |
| Document Type: |
Thesis
|
| Department: |
Department of Mechanical Engineering
|
| Degree: |
Master of Science
|
| Major: |
Mechanical Engineering
|
| Advisory Committee: |
Fischer, Ian Sanford
Sodhi, R. S.
Narh, Kwabena A.
|
| Thesis Date: |
1998, January
|
| Keywords: |
Machinery, Kinematics
Invariants
|
| Availability: |
Unrestricted
|
| Abstract: |
The swash-plate mechanism is used to transfer rotational motion into translational motion and vice versa. Using transformation matrices to describe each joint, the displacements of the swash-plate mechanism were analyzed. The general transformation matrix model for the plane joint, not previously developed using transformation matrices, was presented. The solution was tested using a computer program. Examples of three different swash-plate angles; 10, 45, and 25' were considered. The solution was found to agree with previous solutions while offering a more complete description of the mechanism. Future work in this area could include a complete static, velocity, and/or dynamic analysis of the swash-plate mechanism based on the solution presented. |
| Complete Thesis: |
njit-etd1998-008
(64 pages ~ 2,487 KB pdf)
|
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