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Chapter 1 Discretization and element stiffness
1£®1 Discretization of a domain by elements
1£®2 Solution to the ease that the three-node displacements are known
1£®3 Solutions to the case that the three-node loads are known

Chapter 2 Subroutine to calculate element stiffness matrix
2£®1 Calculating triangle area
2£®2 Calculating [B] strain matrix
2£®3 Calculating [S] stress matrix
2£®4 Calculating element stiffness matrix [K]

Chapter 3 Equivalent nodal forces
3£®1 Concentrated load
3£®2 Body force
3£®3 Distributed force
3£®4 Subroutine for body load

Chapter 4 Global stiffness matrix
4£®1 Global stiffness matrix and its property
4£®2 Global matrix establishment
4£®3 The properties of global matrix
4£®4 Subroutine of global stiffness matrix
Chapter 5 Boundary conditions and solution of equilibrium equations
5£®1 Multiplying a large number
5£®2 Decreasing the number of the linear equations
5£®3 Changing the diagonal term to one
5£®4 Subroutine of adjusting global matrix
5£®5 Solver

Chapter 6 Subroutine of nodal stresses and main program
6£®1 The calculation method of nodal average stresses
6£®2 Subroutine of nodal stress
6£®3 Main program

Chapter 7 Area coordinates and more node element
7£®1 Area coordinates
7£®2 Selection method of general displacement function
7£®3 Six-node triangular element
7£®4 Four-node rectangle element

Chapter 8 Axisymmetric stress analysis
8£®1 Strain matrix
8£®2 Stress matrix
8£®3 Elements stiffness matrix
8£®4 Equivalent nodal force

Chapter 9 Three-dimensional stress analysis
9£®1 Tetrahedron element method
9£®2 Volume coordinates
9£®3 Tetrahedral element with 10 nodes and 20 nodes
9£®4 Brick element

Chapter 10 Isoparametric element
10£®1 Definition of isoparametric element
10£®2 Mapping method
10£®3 Quadrilateral element
10£®4 Relationship between ¡õ£¨ÊýÀí»¯¹«Ê½£©
10£®5 Relationship between ¡õ£¨ÊýÀí»¯¹«Ê½£©
10£®6 Discussion
10£®7 Some distorted elements

Chapter 11 Numerical integration
11£®1 Newton-Cotes integration method
11£®2 Gauss integration method
11£®3 Gauss integration application in a standard element
11£®4 Equivalent nodal force

Chapter 12 Dynamic finite element method
12£®1 Formulation of time dependent problem
12£®2 Inertial force
12£®3 Damping force
12£®4 Global equilibrium equation
12£®5 Step by step integration method

Chapter 13 Automatic Mesh Generation in MATLAB
13£®1 Introduction
13£®2 The algorithm for mesh generation
13£®3 Implementation
13£®4 Special Distance Functions
13£®5 Examples
13£®6 Mesh Generation in 3-D

Chapter 14 Model Generation in ANSYS
14£®1 Understanding Model Generation
14£®2 Planning Your Approach
14£®3 Choosing a Model Type £¨2-D£¬ 3-D£¬ etc£®£©
14£®4 Choosing Between Linear and Higher Order Elements
14£®5 Solid Modeling and Direct Generation
14£®6 Generating the Mesh
14£®7 Defining Material Properties
14£®8 Applying Loads and Obtaining the Solution
14£®9 Reviewing the Results
14£®10 Structural Introductory Tutorial