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Modeling and Simulation of Dynamic Systems with MATLAB | Solution of ordinary differential equations
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#ElectricalEngineeringEducation
#MachineDynamics
#trending
#MassSpringSystem
#SolutionOfDifferentialEquation
#MATLAB
#EquationsOfMotion
#Pendulum
#DynamicSystems
#NewtonLawsOfMotion
This video presents simulation of dynamic systems with matlab including system types and properties such as tied / untied, free / forced and damped /undamped systems. e have modeling and simulation using matlab simulink, pendulum simulation or animation provided. Mass spring system simple harmonic motion is considered for modelling and is also good topic for mass spring system class 10. The mass spring damper system transfer function or differential equation is derived. The presentation is covers topics related to electrical engineering, machine dynamics with MATLAB, electrical engineering education, oscillations and vibrations, mechanical engineering, free body diagram in engineering mechanics, and solution of differential equations.
#MachineDynamics
#trending
#MassSpringSystem
#SolutionOfDifferentialEquation
#MATLAB
#EquationsOfMotion
#Pendulum
#DynamicSystems
#NewtonLawsOfMotion
This video presents simulation of dynamic systems with matlab including system types and properties such as tied / untied, free / forced and damped /undamped systems. e have modeling and simulation using matlab simulink, pendulum simulation or animation provided. Mass spring system simple harmonic motion is considered for modelling and is also good topic for mass spring system class 10. The mass spring damper system transfer function or differential equation is derived. The presentation is covers topics related to electrical engineering, machine dynamics with MATLAB, electrical engineering education, oscillations and vibrations, mechanical engineering, free body diagram in engineering mechanics, and solution of differential equations.
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