SHARPy
  • SHARPy v2.3 Installation Guide
  • Capabilities
  • Publications
  • Examples
  • Contributing to SHARPy
  • For developers:
  • The SHARPy Case files
  • SHARPy Solvers
  • Post-Processing
  • SHARPy Source Code
    • Aerodynamic Packages
    • Cases
    • Controllers
    • Generators
    • UDP Input/Output
    • Linear SHARPy
      • Assembler
      • Linearised System Source Code
        • Assembly of linearised UVLM system
        • Mapping methods for bound surface panels
        • Defines interpolation methods (geometrically-exact) and matrices (linearisation)
        • Induced Velocity Derivatives
        • Induced Velocity Derivatives with respect to Panel Normal
        • Fitting Tools Library
        • Collect tools to manipulate sparse and/or mixed dense/sparse matrices.
        • Linear Time Invariant systems
        • Linear aeroelastic model based on coupled GEBM + UVLM
        • Utilities functions for linear analysis
        • Linear beam model class
        • Linear UVLM solver classes
        • Generation of multiple aerodynamic surfaces
        • Geometrical methods for bound surfaces
    • Model Order Reduction
    • Structural Packages
    • Utilities
  • SHARPy Test Cases
  • A Short Debugging Guide
  • Frequently Asked Questions [FAQs]
SHARPy
  • SHARPy Source Code
  • Linear SHARPy
  • Linearised System Source Code
  • View page source

Linearised System Source Code

  • Assembly of linearised UVLM system
  • Mapping methods for bound surface panels
  • Defines interpolation methods (geometrically-exact) and matrices (linearisation)
  • Induced Velocity Derivatives
  • Induced Velocity Derivatives with respect to Panel Normal
  • Fitting Tools Library
  • Collect tools to manipulate sparse and/or mixed dense/sparse matrices.
  • Linear Time Invariant systems
  • Linear aeroelastic model based on coupled GEBM + UVLM
  • Utilities functions for linear analysis
  • Linear beam model class
  • Linear UVLM solver classes
  • Generation of multiple aerodynamic surfaces
  • Geometrical methods for bound surfaces
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