Elasticity Theory Applications And Numerics

Elasticity: Theory, Applications, And Numerics, Fourth Edition, Continues Its Market-leading Tradition Of Concisely Presenting And Developing The Linear Theory Of Elasticity, Moving From Solution Methodologies, Formulations, And Strategies Into Applications Of Contemporary Interest, Such As Fracture Mechanics, Anisotropic And Composite Materials, Micromechanics, Nonhomogeneous Graded Materials, And Computational Methods. Developed For A One- Or Two-semester Graduate Elasticity Course, This Edition Has Been Revised With Worked Examples And Exercises, And Or Expanded Coverage Of Areas Such As Treatment Of Large Deformations, Fracture Mechanics, Strain Gradient And Surface Elasticity Theory, And Tensor Analysis. Using Matlab Software, Numerical Activities In The Text Are Integrated With Analytical Problem Solutions.