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  $149.25
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Introduction to System Dynamicsby Deerek Rowell
Synopses & ReviewsPublisher Comments: Rowell and Wormley use a linear graph approach. This contrasts with the bond graph approach or no graph approach. This is the first modern linear graph System Dynamics that has been published in 30 years. Chapters are organized so that introductory material is presented first, with more advanced topics coming later. Contains exceptionally clear presentation of Frequency response. Features detailed development of the construction of lumped-parameter system models from sets of primitive elements; and modeling techniques are presented using an energy based state-space formulation method that provides linkages to classical system representations. Book News Annotation:Emphasizing applications to engineering systems, the authors
(mechanical engineering, MIT) develop in detail the basis for
constructing a lumped-parameter system model from a set of primitive
elements, and understanding the transient and frequency response
performance of the model. A sampling of topics: energy and power
flow in state-determined systems, one-port primitive elements,
energy- transducing system elements, operational methods for linear
systems, linear state equations, system response by numerical
simulation, impedence-based modeling methods, and partial fraction
expansion of rational functions.
Annotation c. Book News, Inc., Portland, OR (booknews.com) Synopsis:Adopting a linear graph approach, rather than the bond graph or no graph approach, this work features a clear presentation of frequency response. It also develops in detail the construction of lumped-parameter system models from sets of primitive elements. Table of Contents1. Introduction.
2. Energy and Power Flow in State-Determined Systems.
3. Summary of One-Port Primitive Elements.
4. Formulation of System Models.
5. State Equation Formulation.
6. Energy Transducing System Elements.
7. Operational Methods for Linear Systems.
8. System Properties and Solution Techniques.
9. First- and Second-Order System Response.
10. General Solution of the Linear State Equations.
11. Solution of System Response by Numerical Simulation.
12. The Transfer Function.
13. Impedance-Based Modeling Methods.
14. Sinusoidal Frequency Response of Linear Systems.
15. Frequency Domain Methods.
Appendix A - Introduction to Matrix Algebra.
Appendix B - Complex Numbers.
Appendix C - Partial Fraction Expansion of Rational Functions. What Our Readers Are SayingBe the first to add a comment for a chance to win!Product Details
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