Contains the material and structural properties that define how the structure will react to certain loading conditions, allowing virtual testing and analysis of stresses or changes applied to the material or component design. This title presents a simplified approach to finite element analysis based on computational continuum mechanics.

Finite Element Analysis is a very popular, computer-based tool that uses a complex system of points called nodes to make a grid called a "mesh". The mesh contains the material and structural properties that define how the structure will react to certain loading conditions, allowing virtual testing and analysis of stresses or changes applied to the material or component design. This groundbreaking text extends the usefulness of finite element analysis by helping both beginners and advanced users alike. It simplifies, improves, and extends both the finite element method while at the same time advancing adaptive refinement procedures. The book presents:

• A more simplified approach to finite element analysis based on computational continuum mechanics
  
• Physically interpretable notation that identifies a common basis for the finite element and the finite difference methods
  
• New point-wise error estimators that identify errors in terms of quantities of direct interest in solid mechanics