Fluid Analysis

Fields	Contour Diagram	Vector Diagram	Displacement Diagram
Flow Velocity	Yes	Yes	No
Vorticity	Yes	Yes	No
Pressure (static pressure)	Yes	No	No
Pressure (total pressure)	Yes	No	No
Buoyancy *4	Yes	Yes	No
Surface Tension 6, 8	Yes	Yes	No
Courant Number *5	Yes	No	No
Volume Fraction of Phase 1 *7	Yes	No	No
Volume Fraction of Phase 2 *7	Yes	No	No
Volume Fraction of Phase 3 *7	Yes	No	No
Wall Shear Stress	Yes	Yes	No
y_Height of 1st Layer Mesh of Wall Face *6	Yes	No	No
y+_Dimensionless Height of 1st Layer Mesh of Wall Face *6	Yes	No	No
K_Turbulent Flow Energy *1	Yes	No	No
ε_Energy Dissipation Rate *1	Yes	No	No
Energy Generation Rate 1, 6	Yes	No	No
Coefficient of Turbulent Viscosity *1	Yes	No	No
Turbulent Viscosity Ratio *1	Yes	No	No
y_Height from Wall Face 1, 6	Yes	No	No
Rey_Reynolds Number of Wall Face 1, 6	Yes	No	No
Layers Near Wall Face 1, 6	Yes	No	No
Flow Velocity Residual *2	Yes	Yes	No
Continuity Residual *2	Yes	No	No
K Residual *2	Yes	No	No
ε Residual *2	Yes	No	No
Non-flow Path Domain *3	Yes	No	No
Fluid Density *9	Yes	No	No
Share Rate *10	Yes	No	No
Coefficient of Viscosity *10	Yes	No	No

*1 Displayable for turbulent flow analysis.

*2 Displayable if the calculation diverges or does not converge.

*3 Displayable only when the non-flow path domain is detected

*4 Displayable for the analysis that takes into account the buoyancy

*5 Displayable for the transient analysis.

*6 Displayable if [Output main fields only] is deselected.

*7 Displayable for the free surface analysis.

*8 Displayable if [Take into account surface tension] is selected in the free surface analysis.

*9 Displayable if [Ideal Gas] or [Table Input] is selected for the temperature dependency on the density tab.

*10 Displayable for the non-Newtonian fluid analysis.

There is no characteristics for display

Time

Force on Wall Face

Torque on Wall Face
Volumetric Flow Rate

Pressure

y+value

y+ distribution

Height of 1st Layer Mesh

Pressure Loss

Operating Point of Fan

Maximum Courant number

Recommended timesteps

Phase Volume

Monitoring Flow Velocity

Monitoring Pressure

Convergence Status

See the technical note Result Table in the Fluid Analysis for the details.

Incoming air at the inlet outflows from the outlet.
An cylindrical obstacle is placed in the flow path.