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ANSYS CFX, Release 11.0
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Symbols

2D primitives
viewing, Viewing the Mesh at the Tank Periodic Boundary

A

additional variables
creating, Creating an Additional Variable to Model pH
setting, Inlet Boundary
to model pH - creating, Creating an Additional Variable to Model pH
airlift reactor example, Tutorial 16: Gas-Liquid Flow in an Airlift Reactor
animation
plot animation, Creating an Animation
ANSYS Field Solver (Structural) plot, Obtaining a Solution using ANSYS CFX-Solver Manager
ANSYS Interface Loads (Structural) plot, Obtaining a Solution using ANSYS CFX-Solver Manager
ANSYS Out File tab, Obtaining a Solution using ANSYS CFX-Solver Manager
automotive catalytic converter tutorial, Tutorial 10: Flow in a Catalytic Converter
axi-symmetric modelling example, Tutorial 13: Reacting Flow in a Mixing Tube

B

boundary condition profile file
creating, Procedure
boundary conditions
for free surface flows, Creating Expressions for Initial and Boundary Conditions
modifying, Modifying the Boundary Conditions
buoyancy
example, Tutorial 6: Buoyant Flow in a Partitioned Cavity
butterfly valve example, Tutorial 9: Flow Through a Butterfly Valve

C

catalytic converter
automotive, Tutorial 10: Flow in a Catalytic Converter
example, Tutorial 10: Flow in a Catalytic Converter
cavity example, Tutorial 6: Buoyant Flow in a Partitioned Cavity
CEL limitations
create DX expressions in CFX-Post, Setting the Output Parameter in ANSYS CFX-Post
centrifugal compressor, Tutorial 23: Aerodynamic & Structural Performance of a Centrifugal Compressor
CFX-Mesh Options
configuring for DesignXplorer, Creating the Project
chemical reaction example, Tutorial 13: Reacting Flow in a Mixing Tube
CHT
example, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
CHT example, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
circular vent example, Tutorial 4: Flow from a Circular Vent
combustion
calculating mass fractions, Calculating NO Mass Fraction at the Outlet, Calculating CO Mass Fraction at the Outlet
and multicomponent fluids, Creating a Multicomponent Fluid
eddy dissipation model, Using Eddy Dissipation and P1 Models
in a can combustor, Tutorial 18: Combustion and Radiation in a Can Combustor
laminar flamelet model, Laminar Flamelet and Discrete Transfer Models
variable composition mixture, Creating a Reacting Mixture
viewing concentrations, Viewing CO Concentration
combustion efficiency, Viewing Flow Field
combustion models
loading multiple, Further Postprocessing
conjugate heat transfer
example, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
Contour, Tutorial 19 Features
Contour plots, Tutorial 21 Features
contours
adding to surface plot, Adding Contours, Adding Contours
contours, adding, Adding Contours, Adding Contours
create
boundary conditions, Creating the Boundary Conditions, Creating the Boundary Conditions, Creating the Boundary Conditions
fluid domain, Creating the Domain
isosurface, Creating an Isosurface
pressure and volume fraction expressions, Creating Expressions for Initial and Boundary Conditions
subdomain, Creating a Subdomain to Model the Catalyst Structure
surface plot of y+, Creating a Surface Plot of y+
vectors, Creating Vectors
creating and modifying streamlines, Creating and Modifying Streamlines

D

default
legend, Configuring a Default Legend, Configuring a Default Legend
Define CFX/DesignXplorer study
how to, Create the DesignXplorer Info File
Design of Experiments scenarios
configuring, Configuring a What-If Scenario, Configuring a Design of Experiments Scenario
design parameters
applying to a diameter, Create the First Inlet Pipe
applying to a new plane, Create the Second Inlet Pipe
DesignXplorer
configuring Workbench for, Creating the Project
how to create Min/Max reports, Creating a Report
static mixer optimization, Tutorial 22: Optimizing Flow in a Static Mixer
DesignXplorer parameter
creating a new, Create the Expressions
DesignXplorer projects
use wbdb project files, Creating the Project
DesignXplorer studies
configuring, Configuring a What-If Scenario, Configuring a Design of Experiments Scenario
diameter
making into a design parameter, Create the First Inlet Pipe
domain
creating, Creating the Domain
DX parameter
creating a new, Create the Expressions

E

examples, Introduction to the ANSYS CFX Tutorials
2D model, Tutorial 6: Buoyant Flow in a Partitioned Cavity
2D modeling with 3D mesh, Symmetry Boundaries
3D region subdomain, Creating the Domain
airlift reactor, Tutorial 16: Gas-Liquid Flow in an Airlift Reactor
axi-symmetric, Tutorial 13: Reacting Flow in a Mixing Tube
buoyancy, Tutorial 6: Buoyant Flow in a Partitioned Cavity
butterfly valve, Tutorial 9: Flow Through a Butterfly Valve
calculating mass fractions, Calculating NO Mass Fraction at the Outlet, Calculating CO Mass Fraction at the Outlet
catalytic converter, Tutorial 10: Flow in a Catalytic Converter
chemical reaction, Tutorial 13: Reacting Flow in a Mixing Tube
CHT, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
combustion eddy dissipation model, Using Eddy Dissipation and P1 Models
combustion efficiency, Viewing Flow Field
combustion in a can combustor, Tutorial 18: Combustion and Radiation in a Can Combustor
combustion models, Laminar Flamelet and Discrete Transfer Models
compiling a Fortran subroutine, Compiling the Subroutine
configuring moving mesh, Creating the Domain, Ball Boundary
conjugate heat transfer, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
controlling the output of transient results, Setting Output Control
creating a boundary condition profile file, Procedure
creating a profile boundary condition, Procedure
creating a subdomain, Creating a Subdomain to Model the Catalyst Structure, Creating a Subdomain to Model the Chemical Reactions, Creating a Subdomain to Specify a Thermal Energy Source
creating additional variables, Creating an Additional Variable to Model pH
creating mesh adaption, Setting Mesh Adaption Parameters
creating minimal transient results files, To Create Minimal Transient Results Files
DesignXplorer, Tutorial 22: Optimizing Flow in a Static Mixer
discrete transfer radiation model, Laminar Flamelet and Discrete Transfer Models
exporting 2D stress, Exporting Data from ANSYS CFX-Solver Manager
Fluid-Structure Interaction (FSI), Overview of the Problem to Solve
Fortran calling names, use lower-case for, Creating the User CEL Function
Fortran subroutines, compiling, Compiling the Subroutine
free surface, Tutorial 7: Free Surface Flow Over a Bump
gas-liquid flow in an airlift reactor, Tutorial 16: Gas-Liquid Flow in an Airlift Reactor
heat exchanger, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
loading multiple combustion models, Further Postprocessing
mixing tube, Tutorial 13: Reacting Flow in a Mixing Tube
Monte Carlo thermal radiation model, Creating the Domain
moving mesh, configuring, Creating the Domain, Fluid Solid External Boundary
multicomponent flow, Tutorial 13: Reacting Flow in a Mixing Tube
multiphase flow, Tutorial 16: Gas-Liquid Flow in an Airlift Reactor
P1 radiation model, Using Eddy Dissipation and P1 Models
partitioned cavity, Tutorial 6: Buoyant Flow in a Partitioned Cavity
radiation, Viewing Radiation
radiation in a can combustor, Tutorial 18: Combustion and Radiation in a Can Combustor
radiation modeling, Window Boundary
radiation models, Laminar Flamelet and Discrete Transfer Models
radiation P1 model, Using Eddy Dissipation and P1 Models
radiation properties, To create the variable composition mixture
setting a transient case in animations, Defining additional options
setting additional variables, Inlet Boundary
setting options for a transient scheme, Setting Solver Control
setting radiation flux, Window Boundary
setting radiation intensity, Setting Initial Values
setting the transient scheme, Setting Solver Control
setting up a transient simulation, Setting the Simulation Type
solid region, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
static mixer, Tutorial 1: Simulating Flow in a Static Mixer Using CFX in Standalone Mode, Tutorial 1a: Simulating Flow in a Static Mixer Using Workbench
static mixer optimization, Tutorial 22: Optimizing Flow in a Static Mixer
steady state simulation, Tutorial 13: Reacting Flow in a Mixing Tube, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
supersonic flow, Tutorial 8: Supersonic Flow Over a Wing
thermal radiation controls, Setting Solver Control
thermal radiation modeling, Window Boundary
thermal radiation models, Modifying the Domain
transient animation, creating, Creating a Transient Animation
transient ANSYS multi-field run, Setting the Simulation Type
transient file in animation, Defining additional options
transient mechanical analysis, Basic Analysis Settings
transient results files, creating, Setting Output Control
transient results files, writing at intervals, Setting Output Control
transient results, configuring, Setting Output Control
transient rotor-stator, Setting up a Transient Rotor-Stator Calculation
transient scheme, setting solver controls for, Setting Solver Control
transient simulation, Defining a Transient Simulation in ANSYS CFX-Pre, Tutorial 6: Buoyant Flow in a Partitioned Cavity
transient simulation requires initial values, Setting Initial Values
transient simulation type, configuring, Simulation Type
transient simulation, enables mesh deformation, Setting the Simulation Type
transient simulation, requires initial values, Setting Initial Values, Setting Initial Values
transient simulation, uses Automatic With Value option, Setting Initial Values
user CEL functions, using Fortran subroutines with, Creating the User CEL Function
using CEL expressions with a moving mesh, Using CEL Expressions to Govern Mesh Deformation
valve, Tutorial 9: Flow Through a Butterfly Valve
vent, Tutorial 4: Flow from a Circular Vent
viewing 2D primitives, Viewing the Mesh at the Tank Periodic Boundary
viewing concentrations, Viewing CO Concentration
wing, Tutorial 8: Supersonic Flow Over a Wing
writing transient result files at intervals, Setting Output Control
expression
creating a new, Setting the Output Parameter in ANSYS CFX-Post
expression language
shear rate dependent viscosity, Creating an Expression for Shear Rate Dependent Viscosity
velocity profile, Expression Method for the Inlet Velocity Profile
expression method for inlet velocity profile, Expression Method for the Inlet Velocity Profile
expressions
create in CFX-Post for DX, Setting the Output Parameter in ANSYS CFX-Post
expressions to model the reaction
creating, Creating expressions to model the reaction
External Coupling
how to choose, Setting Solver Control

F

features
Animation, Tutorial 1 Features, Tutorial 1a Features, Tutorial 4 Features, Tutorial 9 Features, Tutorial 12 Features, Tutorial 17 Features, Tutorial 20 Features
Animation plots, Tutorial 21 Features
ANSYS MultiField, Tutorial 21 Features
Auto Annotation, Tutorial 4 Features, Tutorial 17 Features
Auto Timescale, Tutorial 4 Features, Tutorial 8 Features, Tutorial 9 Features, Tutorial 11 Features
blade loading span 50, Tutorial 23 Features
Boundary Profile Visualisation, Tutorial 17 Features
Boundary Profile Visualization, Tutorial 3 Features
Buoyant Flow, Tutorial 17 Features
CEL (CFX Expression Language), Tutorial 3 Features, Tutorial 17 Features, Tutorial 20 Features
Centrifugal Compressor, Tutorial 23 Features
CFX Pressure, Tutorial 23 Features
Changing the color range, Tutorial 3 Features, Tutorial 5 Features
Changing the Colour Range, Tutorial 9 Features, Tutorial 12 Features, Tutorial 13 Features, Tutorial 14 Features, Tutorial 16 Features, Tutorial 17 Features, Tutorial 18 Features
Chart Creation, Tutorial 7 Features, Tutorial 10 Features, Tutorial 12 Features, Tutorial 19 Features
Colourmap, Tutorial 18 Features
Combustion, Tutorial 18 Features
Component Source, Tutorial 13 Features
computed results table, Tutorial 23 Features
Contour, Tutorial 1 Features, Tutorial 1a Features, Tutorial 8 Features, Tutorial 10 Features
Contour plots, Tutorial 21 Features
Contours, Tutorial 19 Features
Cylinder, Tutorial 14 Features
cylindrical components, Tutorial 23 Features
Data Export, Tutorial 10 Features, Tutorial 19 Features
Default Locator, Tutorial 8 Features
Default Locators, Tutorial 3 Features, Tutorial 5 Features, Tutorial 6 Features, Tutorial 7 Features, Tutorial 9 Features, Tutorial 10 Features, Tutorial 14 Features, Tutorial 15 Features, Tutorial 16 Features
Dispersed Phase Zero Equation, Tutorial 15 Features, Tutorial 16 Features
Energy Source, Tutorial 14 Features
Expression Editor, Tutorial 3 Features, Tutorial 14 Features
fixed support, Tutorial 23 Features
Fluid-Dependant Turbulence Model, Tutorial 15 Features
Fluid-Dependent Turbulence Model, Tutorial 16 Features
Fluid-Fluid (No Frame Change), Tutorial 8 Features
Frozen Rotor, Tutorial 12 Features, Tutorial 15 Features
General Fluid, Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 4 Features, Tutorial 6 Features, Tutorial 7 Features, Tutorial 9 Features, Tutorial 11 Features, Tutorial 14 Features, Tutorial 15 Features, Tutorial 16 Features, Tutorial 17 Features, Tutorial 19 Features, Tutorial 20 Features, Tutorial 21 Features, Tutorial 22 Features
General Mode, Tutorial 2 Features, Tutorial 3 Features, Tutorial 4 Features, Tutorial 6 Features, Tutorial 7 Features, Tutorial 9 Features, Tutorial 11 Features, Tutorial 13 Features, Tutorial 14 Features, Tutorial 15 Features, Tutorial 17 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 20 Features, Tutorial 21 Features
Heat Transfer, Tutorial 20 Features
Ideal Gas, Tutorial 8 Features, Tutorial 12 Features
Inlet (Profile), Tutorial 3 Features, Tutorial 9 Features, Tutorial 17 Features
Inlet (Subsonic), Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 4 Features, Tutorial 7 Features, Tutorial 9 Features, Tutorial 12 Features, Tutorial 13 Features, Tutorial 14 Features, Tutorial 15 Features, Tutorial 16 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 22 Features
Inlet (Supersonic), Tutorial 8 Features
Instancing Transformation, Tutorial 5 Features, Tutorial 12 Features
Isosurface, Tutorial 4 Features, Tutorial 7 Features, Tutorial 12 Features, Tutorial 13 Features, Tutorial 14 Features, Tutorial 15 Features, Tutorial 17 Features
Isothermal, Tutorial 19 Features
k-Epsilon, Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 4 Features, Tutorial 7 Features, Tutorial 9 Features, Tutorial 12 Features, Tutorial 13 Features, Tutorial 14 Features, Tutorial 15 Features, Tutorial 16 Features, Tutorial 17 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 20 Features, Tutorial 22 Features
Laminar, Tutorial 6 Features, Tutorial 11 Features
Laminar turbulence model, Tutorial 21 Features
Legend, Tutorial 3 Features, Tutorial 17 Features, Tutorial 18 Features
Lighting Adjustment, Tutorial 5 Features, Tutorial 14 Features
Line Locator, Tutorial 19 Features
MPEG Generation, Tutorial 4 Features, Tutorial 9 Features, Tutorial 12 Features, Tutorial 17 Features
Multiple Domain, Tutorial 12 Features, Tutorial 14 Features, Tutorial 15 Features
Opening, Tutorial 4 Features, Tutorial 14 Features, Tutorial 20 Features
Outlet (Degassing, Tutorial 16 Features
Outlet (Degassing), Tutorial 15 Features
Outlet (Subsonic), Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 6 Features, Tutorial 7 Features, Tutorial 9 Features, Tutorial 12 Features, Tutorial 13 Features, Tutorial 17 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 22 Features
Outlet (Supersonic), Tutorial 8 Features
Outline Plot (Wireframe), Tutorial 1 Features, Tutorial 1a Features, Tutorial 3 Features, Tutorial 5 Features, Tutorial 10 Features, Tutorial 18 Features
Output Control, Tutorial 17 Features, Tutorial 20 Features
p-total inlet mass flow outlet, Tutorial 23 Features
Particle Track, Tutorial 9 Features
Particle Track Animation, Tutorial 9 Features
Periodic, Tutorial 12 Features, Tutorial 15 Features
Physical Timescale, Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 7 Features, Tutorial 12 Features, Tutorial 13 Features, Tutorial 14 Features, Tutorial 15 Features, Tutorial 16 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 22 Features
physical timescale, Tutorial 23 Features
Planevolume, Tutorial 2 Features
Point, Tutorial 1 Features, Tutorial 1a Features, Tutorial 9 Features, Tutorial 17 Features, Tutorial 20 Features
Polyline, Tutorial 7 Features, Tutorial 10 Features, Tutorial 19 Features
Printing, Tutorial 4 Features, Tutorial 19 Features
Quantitative Calculation, Tutorial 9 Features, Tutorial 12 Features, Tutorial 15 Features, Tutorial 18 Features
Quick Setup Wizard, Tutorial 1 Features, Tutorial 1a Features, Tutorial 8 Features, Tutorial 22 Features
Radiation, Tutorial 17 Features, Tutorial 18 Features
Reacting Mixture, Tutorial 18 Features
relative layer, Tutorial 23 Features
Rotating Frame of Reference, Tutorial 12 Features, Tutorial 15 Features
Sampling Plane, Tutorial 5 Features, Tutorial 7 Features, Tutorial 11 Features, Tutorial 18 Features
Shear Stress Transport, Tutorial 8 Features
Single Domain, Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 4 Features, Tutorial 6 Features, Tutorial 7 Features, Tutorial 8 Features, Tutorial 9 Features, Tutorial 11 Features, Tutorial 13 Features, Tutorial 16 Features, Tutorial 17 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 20 Features, Tutorial 21 Features, Tutorial 22 Features
Slice Plane, Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 9 Features, Tutorial 10 Features, Tutorial 11 Features, Tutorial 13 Features, Tutorial 15 Features, Tutorial 17 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 20 Features
Spherevolume, Tutorial 2 Features
Steady State, Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 4 Features, Tutorial 7 Features, Tutorial 8 Features, Tutorial 9 Features, Tutorial 11 Features, Tutorial 12 Features, Tutorial 13 Features, Tutorial 14 Features, Tutorial 15 Features, Tutorial 16 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 22 Features
steady state, Tutorial 23 Features
Streamline, Tutorial 1 Features, Tutorial 1a Features, Tutorial 3 Features, Tutorial 5 Features, Tutorial 19 Features
streamwise plot of pt and p, Tutorial 23 Features
Surface Group, Tutorial 12 Features
Symmetry, Tutorial 5 Features, Tutorial 9 Features, Tutorial 16 Features, Tutorial 20 Features
Symmetry Plane, Tutorial 6 Features, Tutorial 7 Features, Tutorial 8 Features, Tutorial 9 Features, Tutorial 11 Features, Tutorial 13 Features, Tutorial 16 Features, Tutorial 19 Features, Tutorial 20 Features
Thermal Energy, Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 6 Features, Tutorial 13 Features, Tutorial 14 Features, Tutorial 17 Features, Tutorial 18 Features, Tutorial 22 Features
Timestep Selection, Tutorial 4 Features, Tutorial 6 Features, Tutorial 12 Features, Tutorial 17 Features
Title/Text, Tutorial 4 Features, Tutorial 7 Features, Tutorial 10 Features, Tutorial 17 Features, Tutorial 19 Features
total deformation, Tutorial 23 Features
Total Energy, Tutorial 8 Features, Tutorial 12 Features
Transient, Tutorial 4 Features, Tutorial 12 Features, Tutorial 17 Features, Tutorial 20 Features
Transient Animation, Tutorial 4 Features, Tutorial 6 Features, Tutorial 12 Features, Tutorial 17 Features
Transient Example, Tutorial 4 Features, Tutorial 12 Features, Tutorial 17 Features
Transient Results File, Tutorial 4 Features, Tutorial 17 Features, Tutorial 20 Features
Transient Rotor Stator, Tutorial 12 Features
Transient simulation, Tutorial 21 Features
Transient simulation type, Tutorial 6 Features
Transient time step, Tutorial 21 Features
Transient time step example, Tutorial 6 Features
Turbo Wizard, Tutorial 12 Features
turbomachinery, Tutorial 23 Features
User Fortran, Tutorial 17 Features, Tutorial 20 Features
Variable Composition Mixture, Tutorial 13 Features
Variable Editor, Tutorial 8 Features, Tutorial 14 Features, Tutorial 19 Features
Vector, Tutorial 5 Features, Tutorial 7 Features, Tutorial 8 Features, Tutorial 10 Features, Tutorial 11 Features, Tutorial 16 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 20 Features
Vector plots, Tutorial 21 Features
velocity streamlines stream blade te, Tutorial 23 Features
Viewing the Mesh, Tutorial 2 Features, Tutorial 3 Features, Tutorial 5 Features, Tutorial 7 Features, Tutorial 10 Features
Volume, Tutorial 5 Features, Tutorial 7 Features
Von-Mises stress, Tutorial 23 Features
Wall, Tutorial 20 Features
Wall - (Slip Depends on Volume Fraction), Tutorial 15 Features
Wall - (Slip depends on Volume Fraction), Tutorial 16 Features
Wall - Adiabatic, Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 6 Features, Tutorial 8 Features, Tutorial 12 Features, Tutorial 13 Features, Tutorial 14 Features, Tutorial 17 Features, Tutorial 18 Features, Tutorial 22 Features
Wall - Fixed Temperature, Tutorial 6 Features, Tutorial 17 Features
Wall - Free-Slip, Tutorial 7 Features, Tutorial 8 Features, Tutorial 19 Features
Wall - Moving, Tutorial 11 Features, Tutorial 20 Features
Wall - No Slip, Tutorial 20 Features
Wall - No-Slip, Tutorial 1 Features, Tutorial 1a Features, Tutorial 2 Features, Tutorial 3 Features, Tutorial 4 Features, Tutorial 6 Features, Tutorial 7 Features, Tutorial 8 Features, Tutorial 9 Features, Tutorial 11 Features, Tutorial 12 Features, Tutorial 14 Features, Tutorial 17 Features, Tutorial 18 Features, Tutorial 19 Features, Tutorial 22 Features
Wall - Rough, Tutorial 9 Features
Wall - Thin Surface, Tutorial 15 Features, Tutorial 16 Features, Tutorial 18 Features
Field Solver (Structural) plot, Obtaining a Solution using ANSYS CFX-Solver Manager
fixed support
defining, Fixed Support, Fluid-Solid Interface
flow example
gas-liquid, Tutorial 16: Gas-Liquid Flow in an Airlift Reactor
multicomponent, Tutorial 13: Reacting Flow in a Mixing Tube
multiphase, Tutorial 16: Gas-Liquid Flow in an Airlift Reactor
supersonic, Tutorial 8: Supersonic Flow Over a Wing
fluid subdomain
creating, Creating a Subdomain to Model the Chemical Reactions
fluid-solid interactions, Tutorial 21 Features
fluid-solid interface
defining, Fluid-Solid Interface
Fluid-Structure Interaction (FSI)
example, Overview of the Problem to Solve
small mesh displacements in, Plotting Results on the Solid
Fortran calling names
use lower-case for, Creating the User CEL Function
Fortran compiler
determining, User CEL Function Method for the Inlet Velocity Profile, Defining a Simulation in ANSYS CFX-Pre, Compiling the Subroutine, Defining the Junction Box Routine
Fortran subroutine
compiling, Compiling the Subroutine
Fortran subroutines
compiling, Compiling the Subroutine
free surface
example, Tutorial 7: Free Surface Flow Over a Bump
setting boundary conditions, Creating Expressions for Initial and Boundary Conditions

G

gas-liquid flow example, Tutorial 16: Gas-Liquid Flow in an Airlift Reactor
generating output files, Generating Output Files
Goal Driven Optimization
how to run, Goal-Driven Optimisation

H

heat exchanger example, Tutorial 14: Conjugate Heat Transfer in a Heating Coil

I

inlet (supersonic), Inlet Boundary
Interface Loads (Structural) plot, Obtaining a Solution using ANSYS CFX-Solver Manager

M

master control point, Modifying Control Points on the Shroud Layer
mesh adaption
creating, Setting Mesh Adaption Parameters
mesh deformation
requires transient simulations, Setting the Simulation Type
mesh displacements
magnifying, Plotting Results on the Solid
method for the inlet velocity profile, expression, Expression Method for the Inlet Velocity Profile
mixer
static mixer example, Tutorial 1: Simulating Flow in a Static Mixer Using CFX in Standalone Mode, Tutorial 1a: Simulating Flow in a Static Mixer Using Workbench, Tutorial 22: Optimizing Flow in a Static Mixer
mixing tube example, Tutorial 13: Reacting Flow in a Mixing Tube
model
creating, Defining a Simulation using General Mode in ANSYS CFX-Pre
modelling example
2D, Tutorial 6: Buoyant Flow in a Partitioned Cavity
axi-symmetric, Tutorial 13: Reacting Flow in a Mixing Tube
modify
streamlines, Creating and Modifying Streamlines
moving mesh
configuring, Creating the Domain, Ball Boundary, Creating the Domain, Fluid Solid External Boundary
example, Overview of the Problem to Solve
using CEL expressions with, Using CEL Expressions to Govern Mesh Deformation
multicomponent flow example, Tutorial 13: Reacting Flow in a Mixing Tube
multiphase
flow example, Tutorial 16: Gas-Liquid Flow in an Airlift Reactor
multiphase mixer example, Tutorial 15: Multiphase Flow in Mixing Vessel

N

Named Selection Prefixes
configuring for DesignXplorer, Creating the Project
Named Selection Processing
configuring for DesignXplorer, Creating the Project
new plane
creating as a design parameter, Create the Second Inlet Pipe

O

obtaining a solution
in parallel, Obtaining a Solution with Distributed Parallel
in serial, Obtaining a Solution in Serial
outlet (supersonic), Outlet Boundary
outline plot, Setting the Edge Angle for a Wireframe Object, Setting the Edge Angle for a Wireframe Object
output files
generating, Generating Output Files

P

P1 radiation model, Using Eddy Dissipation and P1 Models
parallel
running, Background to Parallel Running in ANSYS CFX
parallel solution example, Parallel Solution
Parameter Processing
configuring for DesignXplorer, Creating the Project
Personal Parameter Key
configuring for DesignXplorer, Creating the Project
pH, calculating, Calculating pH
power syntax, Demonstrating Power Syntax
pressure
defining, Pressure Load
printing greyscale, Printing a Greyscale Graphic
profile boundary condition
creating, Procedure
project
creating in Workbench (DesignXplorer), Creating the Project
publish report, Viewing the Results in ANSYS CFX-Post

R

radiation
in a can combustor, Tutorial 18: Combustion and Radiation in a Can Combustor
modeling at a window, Window Boundary
setting a Monte Carlo thermal model, Creating the Domain
viewing, Viewing Radiation
radiation flux
setting, Window Boundary
radiation intensity
setting, Setting Initial Values
radiation models
discrete transfer, Laminar Flamelet and Discrete Transfer Models
radiation properties
setting, To create the variable composition mixture
reaction
defining, Defining the Reaction
run
in parallel, Background to Parallel Running in ANSYS CFX
monitoring, Monitoring the Run
Run Design Points
how to, Configuring a What-If Scenario

S

set
boundary conditions, Setting Boundary Conditions, Creating the Boundary Conditions
buoyancy reference density, Creating the Domain
initial values, Setting Initial Values
transient rotor-stator calculation, Setting up a Transient Rotor-Stator Calculation
simulation example
steady state, Tutorial 13: Reacting Flow in a Mixing Tube, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
transient, Tutorial 6: Buoyant Flow in a Partitioned Cavity
simulations
creating a solid material in, Creating the Solid Material
creating solid physics in, Creating a New Simulation
solid
region example, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
solid deformations
modeling, Tutorial 21 Features
solvers
coupling two to model interactions, Overview of the Problem to Solve
stagger iterations, Setting Solver Control
static
mixer example, Tutorial 1: Simulating Flow in a Static Mixer Using CFX in Standalone Mode, Tutorial 1a: Simulating Flow in a Static Mixer Using Workbench
steady state simulation example, Tutorial 13: Reacting Flow in a Mixing Tube, Tutorial 14: Conjugate Heat Transfer in a Heating Coil
streamlines
creating and modifying, Creating and Modifying Streamlines
structural properties
defining, Creating the Solid Material
subdomain
a 3D region, Creating the Domain
creating, Creating a Subdomain to Model the Catalyst Structure, Creating a Subdomain to Model the Chemical Reactions, Creating a Subdomain to Specify a Thermal Energy Source
supersonic flow
example, Tutorial 8: Supersonic Flow Over a Wing
surface plot, Surface Plot of y+
syntax, power, Demonstrating Power Syntax

T

text
auto-annotation, Adding a title, Creating the Text Label
thermal radiation
modeling at a window, Window Boundary
thermal radiation controls
setting, Setting Solver Control
thermal radiation models
setting, Modifying the Domain
transient animation
creating, Creating a Transient Animation
transient ANSYS multi-field run
executes as time steps, Setting the Simulation Type
transient case
setting in animations, Defining additional options
transient file
used in animations, Defining additional options
transient mechanical analysis
example, Basic Analysis Settings
transient result files
writing at intervals, Setting Output Control
transient results
configuring, Setting Output Control
transient results files
creating, Setting Output Control
creating minimal, To Create Minimal Transient Results Files
writing at intervals, Setting Output Control
transient rotor-stator calculation, Setting up a Transient Rotor-Stator Calculation
transient scheme
setting, Setting Solver Control
setting solver controls for, Setting Solver Control
transient scheme, setting options for, Setting Solver Control
transient simulation
enables mesh deformation, Setting the Simulation Type
initial values required, Setting Initial Values
modifying the domain for, Modifying the Physics Definition
requires initial values, Setting Initial Values
setting up, Setting the Simulation Type
transient simulation type
configuring, Simulation Type
defining, Defining a Transient Simulation in ANSYS CFX-Pre
transient simulation, uses Automatic With Value option, Setting Initial Values
transient simulations
example, Tutorial 4: Flow from a Circular Vent, Tutorial 6: Buoyant Flow in a Partitioned Cavity
require initial values, Setting Initial Values
tutorial examples, Introduction to the ANSYS CFX Tutorials
two-dimensional modelling example, Tutorial 6: Buoyant Flow in a Partitioned Cavity

U

user CEL functions
using Fortran subroutines with, Creating the User CEL Function
user function names
must differ from user routine names, Creating the User CEL Function
user routine names
must differ from user function names, Creating the User CEL Function
using
cfx5mkext command, Compiling the Subroutine, Compiling the Subroutine, Defining the Junction Box Routine
symmetry planes, Using Symmetry Planes

V

valve
example, Tutorial 9: Flow Through a Butterfly Valve
variables
user vector, Displaying Pressure With User Vectors
vector plots, Tutorial 21 Features
vent example, Tutorial 4: Flow from a Circular Vent
viewing
inflated elements, Looking at the Inflated Elements in Three Dimensions
mesh partitions (parallel only), Viewing the Mesh Partitions (Parallel Only)
results, Viewing the Results in ANSYS CFX-Post

W

wall
boundary conditions, Default Wall Boundary, Default Wall Boundary
free slip, Free Slip Wall Boundary
wbdb files
using with DesignXplorer projects, Creating the Project
What-If scenarios
configuring, Configuring a What-If Scenario, Configuring a Design of Experiments Scenario
wing example, Tutorial 8: Supersonic Flow Over a Wing
Workbench
configuring for DesignXplorer, Creating the Project
starting on Windows, Creating the Project
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ANSYS CFX-Pre User's Guide

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