## Computer simulation of dynamic systems |

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### Contents

Implementation of DistributedParameter | 10 |

Basic Principles of Analog Computers | 43 |

Complicated Types of Input and Feedback Circuits 54 212 | 55 |

Copyright | |

17 other sections not shown

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### Common terms and phrases

accuracy actual adjustment algebraic analog computers analog program applied block diagram boundary conditions boundary errors boundary inputs called Chapter comparator considered constant constraints cont'd correct corresponding cost function described digital computers digital simulation diode discussed effect elastic collision elements employed equations error established example execution factor false feedback flow diagram frequency Hence hysteresis implicit increment initial conditions inverse involved iteration interval LASTPASS limit linear logical main program matrix maximum method minimum module multipliers necessary NEWDT NEWTIME normally numerical integration obtained operational amplifier optimization optimum oscilloscope OUT(j output parameters perturbation potentiometer power-spectral density printout probability density procedure quadratic ramp function random disturbances random variable range ratchet circuit relation relationship represented result Runge-Kutta method scaling Section servomechanism shown in Figure simple simulation problems simulation program slope solution specified spectral density stiction subprogram subroutine techniques tion transfer function trial true velocity voltage zero