OptiStruct
    OptiStruct 8.0 Release Notes
    Introduction to OptiStruct
    Orientation and Fundamentals
    User's Guide
       Finite Element Analysis
          Linear Static Analysis
          Nonlinear Quasi-Static Gap Analysis
          Linear Buckling Analysis
          Normal Modes Analysis
          Frequency Response Analysis
          Random Response Analysis
          Transient Response Analysis
          Transient Response Analysis by Fourier Transformation
          Inertia Relief Analysis
          The Direct Matrix Approach
          Component Mode Synthesis
          Materials
          Composite Laminates
          Elastic, Damper, and Mass Elements
          Arbitrary Beam Section Definition
          Rigid Elements and Multi-Point Constraints
          Static Loads and Boundary Conditions
          Frequency Response Loads and Boundary Conditions
          Transient Response Loads and Boundary Conditions
          Using OptiStruct with the AMLS (Automatic Multilevel Substructuring) Eigensolver
          Results of a Finite Element Analysis
          Results Representation in OptiStruct
          Element Quality Check
          Material Property Check
       Multi-body Dynamics Analysis
       Optimization
    Reference Guide
    Examples
    Verification Problems
    References