676 Pages
by
Chapman & Hall
Transfer function form, zpk, state space, modal, and state space modal forms. For someone learning dynamics for the first time or for engineers who use the tools infrequently, the options available for constructing and representing dynamic mechanical models can be daunting. It is important to find a way to put them all in perspective and have them available for quick reference. It is also... Read more
Introduction
Transfer Function Analysis
Frequency Response Analysis
Zeros in SISO Mechanical Systems
State Space Analysis
State Space: Frequency Response, Time Domain
Modal Analysis
Frequency Response: Modal Form
Transient Response: Modal Form
Modal Analysis: State Space Form
Frequency Response: Modal State Space Form
Time Domain, Modal State Space Form
Finite Elements: Stiffness Matrices
Finite Elements: Dynamics
SISO State Space MATLAB Model from ANSYS Model
Ground Acceleration MATLAB Model from ANSYS Model
SISO Disk Drive Actuator Model
Balanced Reduction
MIMO Two-Stage Actuator Model
Appendix 1: MATLAB and ANSYS Programs
Appendix 2: Laplace Transforms
References
Transfer Function Analysis
Frequency Response Analysis
Zeros in SISO Mechanical Systems
State Space Analysis
State Space: Frequency Response, Time Domain
Modal Analysis
Frequency Response: Modal Form
Transient Response: Modal Form
Modal Analysis: State Space Form
Frequency Response: Modal State Space Form
Time Domain, Modal State Space Form
Finite Elements: Stiffness Matrices
Finite Elements: Dynamics
SISO State Space MATLAB Model from ANSYS Model
Ground Acceleration MATLAB Model from ANSYS Model
SISO Disk Drive Actuator Model
Balanced Reduction
MIMO Two-Stage Actuator Model
Appendix 1: MATLAB and ANSYS Programs
Appendix 2: Laplace Transforms
References
Biography
Michael R. Hatch
