## Energy principles in theory of structures |

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29 pages matching **linear systems** in this book

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### Contents

Further Examples of the Use of the StrainEnergy | 29 |

The Principle of Virtual Work | 38 |

Further Examples of the Use of the Complementary | 73 |

Copyright | |

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a2 cos a2 a2 sin a3 analysis applied approximate solutions assumed beam bending Castigliano's changes in length Chapter complementary-energy method conditions of equilibrium conservation of energy conservative systems considered cos2 degrees of freedom derived dFBH due to unit elastic supports energy methods energy principles equation of virtual equations of equilibrium example flexibility coefficients follows Fu F2 Fv and FH geometrical gross distortion Hooke's law kTEg law of conservation line of action linear systems load Fv load-deflection characteristics obtained pin-jointed position of equilibrium potential energy potential-energy method principle of virtual quantities reciprocal theorem redundant member redundant system represent respectively self-straining shown in fig simultaneous equations sin2 sina2 sinat small displacement specified spring stable equilibrium statically statically-determinate system stiffness coefficients strain energy strain-energy method system of forces system shown T2 sin a2 tions vertical vertical deflection virtual displacements equal