Scan&Solve Pro

Scan&Solve 2014

Scan&Solve Script

Intact.Simulation for Automation

Intact.Simulation for Grasshopper

• Getting Started
  • Installation & Updates
  • Activating & Migrating License
  • Supported Rhino Models
  • Basic Operation
  • Units
  • Tips and Tricks
  • Additional Support
• Advanced Capabilities
  • LevelOpt Topology Optimization Module
  • Implicit OpenVDB Simulation
  • Automated Simulation
  • Lists Support
• Components and Assemblies
  Components
  Assemblies
• Materials
  Built-in Material
  Custom Ductile Material
  Custom Brittle Material
  Failure Criteria
  Built-in Composite Material
  Custom Composite Material
  Built-in Thermal Material
  Custom Thermal Material
• Restraints
• Structural Loads
  Displacement Boundary Condition
  Sliding Boundary Condition
  Surface Loads
  Body Loads
• Thermal Loads
  Thermal Boundary Conditions
  Thermal Body Flux
• Solver Settings
• Solvers
  • Stress Solver
  • Modal Solver
  • Thermal Solver
• Results and Visualization
• Examples with Files
  • Beginner Examples
    Ex-0: Getting Started Bracket
    Ex-1: Stress simulation of a bonded assembly
    Ex-2: Thermal simulation of a heat sink
    Ex-3: Modal simulation of a drone
    Ex-4: Planar orthotropic materials: transformation workflow
    Ex-5: Static simulation of an orthotropic motor mount
  • Advanced Examples
    Ex-4: Displacement Boundary Conditions as restraints
    Ex-5: Using VDB implicits for lattice infill
    Ex-6: Linear Elements vs Quadratic Elements
    Ex-7: Sampling Custom Points
    Ex-8: Cylindrical Sliding Boundary Condition
    Ex-9: Hydrostatic Loading Boundary Condition
  • Benchmarking Examples
    Static: Multi-load Cantilever
    Static: Plate W/ Hole (Stress)
    Static: Composite Laminate Plate (Orthotropic)
    Modal: Clamped Square Plate
    Modal: Free Thin Square Plate (Quadratic)
• Troubleshooting Guide
• FAQs

INTACT DESIGN