Spherical Linkages Analysis and Synthesis by Special Unitary Matrices for Solution via Numerical Algebraic Geometry

Title

Spherical Linkages Analysis and Synthesis by Special Unitary Matrices for Solution via Numerical Algebraic Geometry

Authors

Presenter(s)

Saleh M Almestiri

Files

Description

Numerical algebraic geometry is the field that studies the computation and manipulation of the solution sets of systems of polynomial equations. The goal of this research is to formulate spherical linkages analysis and design problems via a method suited to employ the tools of numerical algebraic geometry. Specifically, equations are developed using special unitary matrices that naturally use complex numbers to express sphysical and joint parameters in a mechanical system. Unknown parameters expressed as complex numbers readily admit solution by the methods of numerical algebraic geometry. This work illustrates their use by analyzing the spherical four-bar and Watt I linkages. I addition, special unitary matrices are utilized to solve the five orientation synthesis of a spherical four-bar linkage. Additionally, synthesis equation were formulated for Watt I linkage. The numerical algebraic geometry software used throughout is Bertini.

Publication Date

4-5-2017

Project Designation

Graduate Research - Graduate

Primary Advisor

Andrew P Murray, David H Myszka

Primary Advisor's Department

Mechanical and Aerospace Engineering

Keywords

Stander Symposium poster

Spherical Linkages Analysis and Synthesis by Special Unitary Matrices for Solution via Numerical Algebraic Geometry

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