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Intact.Simulation & LevelOpt Docs
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Intact.Simulation & LevelOpt Docs

About Intact

  • Intact Core Technology
  • LevelOpt Topology Optimization

Quick Start

  • Quick Start Examples

Product Guides

  • Intact Python API
    • Installation
    • Getting Started
    • How To: Units, Geometry, & Materials
    • How To: Boundary Conditions
    • How To: Simulation Scenarios
    • How To: Simulation Results & Queries
    • How To: LevelOpt
    • Examples
    • pyintact API
  • Intact Command Line Interface
    • Introduction
    • Getting Started
    • Command Line Options
    • JSON Objects: Units and Geometry
    • JSON Objects: Boundary Conditions
    • JSON Objects: Metadata
    • Linear Elasticity: Material JSON Keys
    • Linear Elasticity: Boundary Condition JSON Keys
    • Linear Elasticity: Internal Condition JSON Keys
    • Modal JSON Keys
    • Linear Buckling JSON Keys
    • LevelOpt
    • LevelOpt: Examples
    • Static Thermal: Material JSON Keys
    • Static Thermal: Boundary Condition JSON Keys
    • Thermoelasticity
    • OpenMP
    • Logging and Simulation Verification Tools
  • Intact SDK
    • Installation and Usage
    • Getting Started
    • How To: Units, Geometry, & Materials
    • How To: Boundary Conditions
    • How To: Simulation Scenarios
    • How To: Simulation Results & Queries
    • How To: LevelOpt
    • Examples
  • Intact for nTop
  • Intact for Rhino Grasshopper
    • Getting Started
      • Installing or Updating Intact.Simulation for Grasshopper
      • Changelog from Major Updates
      • Activating or Migrating License for Intact.Simulation for Grasshopper
      • Valid Rhino Models for Intact.Simulation for Grasshopper
      • Basic Operation
      • Unit System
      • Tips and Tricks
    • Advanced Capabilities
      • LevelOpt Manual
      • OpenVDB models
      • Automation
      • Using lists for Intact components
    • Components and Assemblies
    • Materials
    • Restraints
    • Structural Loads
      • Surface Loads
      • Displacement Boundary Condition
      • Sliding Boundary Condition
      • Body Loads
    • Thermal Loads
      • Thermal Boundary conditions
      • Thermal Body Load
    • Solver Settings
    • Solvers
      • Stress Solver
      • Modal Solver
      • Thermal Solver
    • Results and Visualization
    • LevelOpt Manual
      • LevelOpt Blocks
      • LevelOpt Setting Descriptions
      • LevelOpt Examples
    • Beginner Examples
      • 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 a Composite Motor Mount
      • Ex-6: Automation of a variable geometry heat sink
    • Advanced Examples
      • Ex-4: Displacement Boundary Conditions
      • 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 Conditions
      • Ex-9: Hydrostatic Loading Conditions
    • Benchmarking Examples
      • Static Scenario: Multi-Load Cantilever
      • Static Scenario: Plate with Hole (Stress Concentration)
      • Orthotropic Laminate Plate Stress Analysis
      • Modal Scenario: Clamped Square Plate
      • Modal Scenario: Free Thin Square Plate
    • Custom Workflows and Tools
      • Extract Min/Max of the Solution
      • Visualize Intact’s Solution Grid
    • Troubleshooting Guide
    • Intact.Simulation for Grasshopper Frequently Asked Questions
  • Intact for Synera

Support

  • Intact License Manager User Manual
  • Intact.Simulation Best Practices
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Advanced Examples¶

Here are several examples for Intact.Simulation for Grasshopper that use more advanced settings or techniques.

  • Ex-4: Displacement Boundary Conditions
  • 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 Conditions
  • Ex-9: Hydrostatic Loading Conditions
Next
Ex-4: Displacement Boundary Conditions
Previous
Ex-6: Automation of a variable geometry heat sink
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