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Getting Started
  • Introduction
  • Create a Project
  • Import Your Model
  • Describe the Simulation
  • Run the Calculation
  • Evaluate Results
Platform
  • Overview
  • Projects & Versions
  • Import Geometry
  • Locations
  • Define Materials
  • Boundary Conditions
  • Loads
  • Contact Definition
  • Create Mesh
  • Solver Setup
  • Jobs
  • View Results
  • Export & Reporting
  • Feature Overview
FEM Fundamentals
  • What is FEM?
  • Element Types
  • Mesh Quality
  • Supports & Constraints
  • Loads & Pressure Faces
  • Nonlinearity
  • Contact Mechanics
  • Convergence
  • Modal Analysis
  • Buckling Analysis
  • Thermal Coupling
  • Symmetry
Results
  • Plausibility Check
  • Stress & Strain
  • Singularities
  • Reaction Forces
  • Deformations
  • Energy Quantities
  • Mesh Convergence
  • Variant Comparison
Troubleshooting
  • Nonlinear Convergence
  • Mesh Errors
  • Contact Errors
  • Implausible Results
  • Singularity Warning
  • Ineffective Boundary Conditions
  • Location Problems
  • Material Problems
  • Modal Analysis Errors
  • Buckling Errors
  • Geometry Errors
  • Compute Time & Memory
Learning
  • Overview
  • Pre-Solve Checklist
  • Post-Solve Checklist
  • Example: Cantilever Beam
  • Example: Plate with Hole
Glossary
  • All Terms A–Z

Academy

Platform

All Dr.Q platform features explained

  • OverviewThe three core components of the Dr.Q workspace: chat, code editor, and scene tree.
  • Projects & VersionsHow to create, organise, and version-control your simulations in Dr.Q.
  • Import GeometrySupported formats, CAD preparation, and geometry healing in Dr.Q.
  • LocationsHow to point Dr.Q at a region of your part: surfaces, a body, or a region of space.
  • Define MaterialsAssign a material to every body in Dr.Q, using the parameters it knows for standard materials or your own values.
  • Boundary ConditionsDefine how your component is supported: fixed, displaced, or symmetric.
  • LoadsApply forces, pressures, and moments to your model in Dr.Q.
  • Contact DefinitionDefine how parts interact, from rigid bonding to frictional sliding.
  • Create MeshGenerate a finite element mesh, choose element type and mesh density for your analysis.
  • Solver SetupChoose the right solver type and configure calculation parameters.
  • JobsSubmit, monitor, and manage your simulation calculation jobs.
  • View ResultsVisualise and analyse simulation results using contour plots, deformed views, and probes.
  • Export & ReportingExport simulation results as images, data files, or PDF reports.
  • Feature OverviewA summary of Dr.Q's current capabilities.

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