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Dynamic System Modeling Presentation Part 1 - UBC Mechanical ...

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Course Objectives<br />

Methodology of understanding and modeling a physical<br />

engineering dynamic system.<br />

Primary Emphasis: Procedure of analytical modeling<br />

Secondary: Response analysis and simulation once modeled<br />

<strong>System</strong>atic, Unified Approach to <strong>Modeling</strong> of:<br />

mechanical, thermal, fluid, and electrical, systems<br />

Analogies among these four types of systems<br />

Multi-domain (Mixed) <strong>System</strong>s: Have two or more basic<br />

system types<br />

Identification of Lumped Elements (sources, capacitors,<br />

inductors, and resistors)<br />

Through and Across Variables; Flow and Effort Variables<br />

<strong>System</strong>atic Tools of <strong>Modeling</strong>: Linear graphs, block diagrams<br />

Important Considerations: Input, output, causality, system<br />

order<br />

Response Analysis and Simulation

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