Abaqus Analysis User’s Guide

• “Heat transfer and thermal-stress analysis,” Section 6.5

  • “Heat transfer analysis procedures: overview,” Section 6.5.1

  • “Uncoupled heat transfer analysis,” Section 6.5.2

  • “Fully coupled thermal-stress analysis,” Section 6.5.3

• “Electromagnetic analysis,” Section 6.7

  • “Coupled thermal-electrical analysis,” Section 6.7.3

  • “Fully coupled thermal-electrical-structural analysis,” Section 6.7.4

• “Generating thermal matrices,” Section 10.3.2

• “Sequentially coupled thermal-stress analysis,” Section 16.1.2

• “Thermal expansion,” Section 26.1.2

• “Heat transfer properties,” Section 26.2

  • “Thermal properties: overview,” Section 26.2.1

  • “Conductivity,” Section 26.2.2

  • “Specific heat,” Section 26.2.3

  • “Latent heat,” Section 26.2.4

• “User-defined thermal material behavior,” Section 26.7.2

• “Thermal contact properties,” Section 37.2.1

Abaqus Example Problems Guide

• “Heat transfer and thermal-stress analyses,” Section 5.1

  • “Thermal-stress analysis of a disc brake,” Section 5.1.1

  • “A sequentially coupled thermomechanical analysis of a disc brake with an Eulerian approach,” Section 5.1.2

  • “Exhaust manifold assemblage,” Section 5.1.3

  • “Coolant manifold cover gasketed joint,” Section 5.1.4

  • “Conductive, convective, and radiative heat transfer in an exhaust manifold,” Section 5.1.5

  • “Thermal-stress analysis of a reactor pressure vessel bolted closure,” Section 5.1.6

  • “Coupled thermomechanical analysis of viscoelastic dampers,” Section 5.1.7

Abaqus Benchmarks Guide

• “Heat transfer and thermal-stress analysis,” Section 1.6

  • “Convection and diffusion of a temperature pulse,” Section 1.6.1

  • “Freezing of a square solid: the two-dimensional Stefan problem,” Section 1.6.2

  • “Coupled temperature-displacement analysis: one-dimensional gap conductance and radiation,” Section 1.6.3

  • “Quenching of an infinite plate,” Section 1.6.4

  • “Two-dimensional elemental cavity radiation view factor calculations,” Section 1.6.5

  • “Axisymmetric elemental cavity radiation view factor calculations,” Section 1.6.6

  • “Three-dimensional elemental cavity radiation view factor calculations,” Section 1.6.7

  • “Radiation analysis of a plane finned surface,” Section 1.6.8

• “Soils analysis,” Section 1.15

  • “The one-dimensional thermal consolidation problem,” Section 1.15.6

  • “Consolidation around a cylindrical heat source,” Section 1.15.7

• “Fracture mechanics,” Section 1.16

  • “Single-edged notched specimen under a thermal load,” Section 1.16.8

Abaqus Theory Guide

• “Heat transfer,” Section 2.11

  • “Uncoupled heat transfer analysis,” Section 2.11.1

  • “Shell heat conduction,” Section 2.11.2

  • “Convection/diffusion,” Section 2.11.3

  • “Cavity radiation,” Section 2.11.4

  • “View factor calculation,” Section 2.11.5

• “Coupled thermal-electrical analysis,” Section 2.12.1

• “Heat generation caused by plastic straining,” Section 4.3.10

• “Thermal interface definition,” Section 5.2.4

• “Heat generation caused by frictional sliding,” Section 5.2.5

• “Heat generation caused by electrical current,” Section 5.2.6

Further reading

• Documentation - Dassault Systems
• Abaqus 2016 Online Documentation