<p>For today`s students, learning to model the dynamics of complex systems is increasingly important across nearly all engineering disciplines. First published in 2001, Forbes T. Brown`s Engineering System Dynamics: A Unified Graph-Centered Approach introduced students to a unique and highly success
Engineering system dynamics : a unified graph-centered approach
โ Scribed by Brown, Forbes T
- Publisher
- Marcel Dekker
- Year
- 2001
- Tongue
- English
- Leaves
- 1023
- Series
- Control engineering (Marcel Dekker Inc.) 8
- Category
- Library
No coin nor oath required. For personal study only.
โฆ Table of Contents
Content: Series Introduction / Neil Munro --
To the Instructor --
Modeling and Engineering Science --
Modeling Languages --
Modeling for Control --
A Word to the Wise About Learning --
Treatment of Dimensions --
Treatment of Units --
Source-Load Synthesis --
System Reticulation --
Case Study: Induction Motor as a Source --
Case Study: Water Sprinkler System as a Load --
The Source-Load Synthesis --
Generalized Forces and Velocities --
Efforts and Flows --
Electric Conductors --
Longitudinal Mechanical Motion --
Incompressible Fluid Flow --
Rotational Motion --
Lateral Mechanical Motion --
Microbonds --
Analogies --
Generalized Sources, Sinks and Resistances --
Independent-Effort and Independent-Flow Sources and Sinks --
General Sources and Sinks --
Linear Resistances --
Nonlinear Resistances --
Source-Load Synthesis --
Power Considerations --
Ideal Machines: Transformers and Gyrators --
Ideal Machines --
Transformers --
Gyrators --
Mechanical Devices Modeled as Transformers --
Electric Transformers --
Transducers Modeled as Transformers --
Mechanical Devices Modeled as Gyrators --
Transducers Modeled as Gyrators --
Systems with Transformers and Gyrators --
Cascaded Transformers --
Cascaded Gyrators --
Case Study of a Transformer Connecting a Source to a Load --
Second Case Study of a Transformer Connecting a Source to a Load --
Case Study of a Gyrator Connecting a Source to a Load --
Transmission Matrices --
Simple Dynamic Models --
Compliance Energy Storage --
Linear Springs and Energy --
The Generalized Linear Compliance.
โฆ Subjects
Systems engineering. Dynamics. Engineering models. Bond graphs.
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