List of Simulation Examples

Plane Stress

Lid driven cavity flow

Typical benchmark problem of a confined fluid in a rectangular domain:

• Incompressible flow

• Non-slip condition in all walls of the domain except to top wall with a horizontal velocity constraint.

Cavity flow, non-slip boundaries, buoyancy

Typical benchmark problem of a confined fluid in a rectangular domain:

•  Incompressible flow

•  Non-slip condition in all walls of the domain.

•  Left vertical flow set with high temperature

•  Right vertical flow set with low temperature

Flow past circular cylinder, isothermal flow

Typical benchmark problem of an unconfined fluid over a circular cylinder:

• Incompressible flow

• Non-slip condition in the wall of the circular cylinder

• Symmetry conditions in the upper and lower walls of the domain.

• Exit conditions in the right wall of the domain.

• Inflow conditions in the left wall of the domain.

Mixed convection in a vertical channel

Typical benchmark problem of a confined fluid under mixed convection (forced convection and natural convection):

• Incompressible flow.

• Non-slip condition in the walls of the channel.

• Fluid entering the channel from the bottom and moving upwards.

• Gravitational force acting downwards (Aiding buoyancy).

• Input fluid at low temperature.

• Right wall at high temperature.

• Left wall at low temperature.

• Flow reversal at the end of the vertical channel.

Lid Driven Cavity Flow in 3D

Typical benchmark problem of an fluid confined in a cube-shape domain (3D):

• Incompressible flow

• Non-slip condition in all walls of the domain except to the top wall with a horizontal velocity constraint.

Flow past circular cylindr, non-isothermal flow

Typical benchmark problem of an unconfined fluid over a circular cylinder at high temperature:

• Incompressible flow

• Non-slip condition in the wall of the circular cylinder

• Symmetry conditions in the upper and lower walls of the domain.

• Exit conditions in the right wall of the domain.

• Inflow conditions in the left wall of the domain.

• Input fluid at ambient temperature

• Cylinder at high temperature