Concise Guide Elasticity Study by Wang Run (1 results)

paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pages Number: 213 Publisher: Higher Education Press Pub. Date :2004-1-1. Book is to explain the basic theory of elasticity (basic concepts. basic equations and the basic solution). describes the problem-solving ideas and methods. Introduction A typical example of the problem-solving process. providing tips textbook exercises and answers appropriate to expand and deepen the knowledge of elasticity. Contents: Introduction Chapter the main symbol table to learn to guide the content of 1-1 1-2 elasticity elasticity of a few basic concepts 1-3 of the basic assumptions of elasticity in the chapter summary chapter the basic plane problem theoretical study guide 2-1 plane stress and plane strain equilibrium equations 2-3 2-2 plane stress state the problem in 2-4 that the displacement of the geometric Fang Chenggang physical equations 2-6 2-5 boundary conditions 2-7 2-8 Saint-Venant principle and its application by displacement by solving the plane problem of 2-9 solving the plane problem of stress compatibility equations 2-10 simplified case of constant physical stress function example chapter summary tips and answers to exercises in this chapter Chapter III of the Cartesian coordinate plane problem and question and answer guide 3-1 semi-inverse solution of the inverse solution and polynomial solution 3-2 rectangular beam of pure bending of the calculated displacement components 3-3 3 - 4 simply supported beam under uniformly distributed load 3-5 wedge pressure by gravity and the liquid contents of this chapter Summary Example tips and answers to exercises in this chapter Chapter polar plane problem and question and answer guide 4-1 of the equilibrium equations in polar coordinates in 4 -2 geometric equations in polar coordinates equation of 4-3 and physical stress function in polar coordinates and the stress component compatibility equation 4-4 4-5 coordinate transform axisymmetric stress and the corresponding displacement 4-6 ring or cylinder under uniform pressure 4-7 4-8 hole pressure tunnel orifice 4-9 half-plane stress concentration on the boundary by a concentrated body force 4-10 half-plane on the boundary by the body Example chapter summary distributed force exercises in this chapter Chapter prompt answer button and the variational method with the differential method to solve the plane problem study guide 5-1 5-2 the differential formula of the difference between the stress function the stress function difference decomposition 5-3 examples of 5-4 decomposition of the deformation potential and elastic potential energy force displacement variational equations 5-5 5-6 displacement variational method 5-7 displacement variational method of Example Example This chapter summary tips and answers to exercises in this chapter Chapter VI of the plane with the finite element method to solve the basic problem-based learning to guide the amount of 6-1 and the basic equation of the matrix representation 6-2 The concept of the finite element method of 6-3 unit displacement mode and answer the convergence of 6-4 array element strain and stress arrays 6-5 unit nodal force array and load stiffness matrix 6-6 nodes relocated to the junction point load cell array structure of the overall analysis of 6-7 knot point of balance equations 6-8 solving the specific steps the division of 6-9 unit calculation results calculated instance collation 6-10 (a little) 6-11 derived variational principles of finite element method for example chapter the basic equations Summary of tips and answers to exercises in this chapter Chapter VII of the basic theory of space study guide 7-1 7-2 objects equilibrium equations of stress at any point within the state of 7-3 the maximum principal stress and minimum stress 7-4 geometry equations and physics equations 7-5 of the basic equation of axisymmetric example chapter summary chapter exercises tips and answers to questi.