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Title: ME375 Dynamic System Modeling and Control Author: Bin Yao Last modified by: User Created Date: 6/17/1995 11:31:02 PM Document presentation format
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CHAPTER 6 MESB 374 System Modeling and Analysis Hydraulic (Fluid) Systems Hydraulic (Fluid) Systems Basic Modeling Elements Resistance Capacitance Inertance Pressure ...
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Ex: Let's find the forced response of a stable first order system: to a sinusoidal input: ... Forced Response to Sinusoidal Inputs. Frequency Response ...
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MESB 374. System Modeling and Analysis. Inverse Laplace Transform and I/O Model ... To eliminate one intermediate variable, solve for the variable from one of the ...
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Find the free and forced responses of the car suspension system without tire model: ... Example Car Suspension System. Step 2: Solve for output using ...
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Plant Equation (Transfer function model that we all know how to obtain ? ... position is sensed by a rotational potentiometer with a static sensitivity of KS ...
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Orifices, valves, nozzles and friction in pipes can be modeled as fluid resistors. ... Ex: The flow that goes through an orifice or a valve and the turbulent flow that ...
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Understand System Function, Define Problem, and ... Suspension System ... Suspension System. MDOF Suspension. Simplified Schematic (with tire model) Assume ref. ...
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Inverted Pendulum (1) Derive a mathematical model for a pendulum. ... Example (Simple Pendulum) EOM: is very small. Equilibrium position: Assumption: Linearized EOM: ...
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Energy supplied is stored in its electric field and can affect future circuit response. ... Draw Simplified Schematics Using Basic Elements. Develop Mathematical Model ...
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Open-Loop (Feedforward) vs Closed-Loop (Feedback) Control ... inputs to the system (e.g., the gas pedal position) so that the output of the ...
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System Modeling and Analysis. Model Reduction (Electro-mechanical Systems) How do we determine two systems are identical? ... One Example. Unit-Step Response of ...
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System Modeling and Analysis. Forced Response. Forced Responses of LTI Systems ... Forced response to sinusoidal inputs at different input frequencies ...
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