Index

A

Abortion, Setting abortion parameters
Adapt mesh, Adapting mesh
Align left, Applying Align Left
Align origin, Applying Align Origin
Analysis, Analysis
Export Data, Export Data
Write Entire File, Writing entire file
Write Interface, Write Interface
Write Isoline, Write isoline
Write Points, Writing points
Write Polylines, Writing polylines
Write Profile, Monitor/Write Profile, Writing isolines and profile
Assigning Materials, Assigning Materials to Regions
Assigning materials, Assigning materials
Automatic boundary setup for structured mesh, Czochralski process parameters

C

CAD file, Importing a CAD File (dxf-Format)
Canceling selection
Geometry Mode, Canceling selection
Simulation Mode, Canceling selection
Characteristic Numbers , Using the Characteristic Numbers Dialog, Characteristic Numbers
Computation, Simulation Mode: Computation
Convection parameters, Setting Convection parameters
Numerical parameters, Setting Numerical parameters
Process parameters, Setting Process parameters
Solver Information, Display of Solver Information
Time Model, Time Model Choice
View factors, Computing view factors
Concentration, Computing Concentration
Connecting points, Drawing and connecting points
Control Points, Control Points for Inverse Simulation, Defining control points, Defining control points
Convection, Setting Convection parameters
Abortion, Setting abortion parameters
Boundaries, Setting boundary conditions
Characteristic Numbers, Characteristic Numbers
Computing, Computing Pseudo-stationary and Time-dependent Convection
Materials properties, Defining materials properties
Multiphase, Setting multiphase parameters
Ramps, Setting ramp parameters
Solvers, Selecting solvers
Structured mesh, Setting convection on structured mesh parameters
Time-dependent, Setting parameters for computing time-dependent convection
Turbulence, Setting turbulent convection on unstructured mesh parameters
Convection parameters, Setting convection parameters
Copy, Copying elements by drag and drop
Copy-to, Copying elements via the Copy/Move-to dialog
Crucible Rotation (Hz), Czochralski process parameters
Crystal Rotation (Hz), Czochralski process parameters

E

Export Data, Export Data

M

Magnetic Field
Alternating, Process parameters: Alternating magnetic fields
Lorentz forces, Simulating Rotating Magnetic Fields and Computing Lorentz Forces, Simulating Stationary Magnetic Fields and Computing Lorentz Forces
Rotating, Process parameters: Rotating magnetic field, Simulating Rotating Magnetic Fields and Computing Lorentz Forces
Stationary, Process parameters: Stationary magnetic field, Simulating Stationary Magnetic Fields and Computing Lorentz Forces
Traveling, Process parameters: Traveling magnetic fields
magnetic Taylor Number, Using the Characteristic Numbers Dialog
Main Window, Screen sections
Materials, Materials Mode, Handling Materials
Assigning, Assigning Materials to Regions , Assigning materials
Database, Adding a material to the furnace, Database
Properties, Modifying Materials Properties, Defining materials properties
Menu, Menus and Dialogs
Analysis, Analysis Menu
Computation, Computation Menu
Edit, Edit Menu
File, File Menu
Mode, Mode Menu
Settings, Settings Menu
Visualization, Visualization Menu
mesh
Generating, Generating unstructured mesh, Generating the mesh
Properties, Unstructured mesh Properties, Defining mesh properties
mesh alignment, Using mesh alignment
Mirror, Applying Mirror
Mode, Mode Menu
Modifying Cartridge, Modifying the Sample Cartridge Assembly (SCA)
Monitor, Defining monitor points for writing profiles
Monitoring output file, Monitoring file
Mouse buttons, Input tools
Move-to, Moving elements via the Copy/Move-to dialog, Changing the sample size by entering exact values
Moving Regions, Moving Regions, Computing a Time-dependent Simulation with Moving Regions
Multiphase, Setting multiphase parameters

T

Temperature, Running a Thermal Analysis (Quick Start)
Thermal analysis, Running a Thermal Analysis (Quick Start)
Thermal Peclet Number, Using the Characteristic Numbers Dialog
Thermoelastic stress, Computing Thermoelastic Stress
Time Model, Time Model Choice, Selecting the time-model
Translation heat flux, Czochralski process parameters
Traveling magnetic field
Analytical simplified model, Setting parameters for the analytical simplified model
Numerical model, Setting parameters for the numerical continuum model
Turbulence, Setting turbulent convection on unstructured mesh parameters
Tutorial
2D modeling of Czochralski crystal growth, 2D modeling of Czochralski crystal growth
Batch Mode, Running CrysMAS in Batch Mode
Computation of chemical reaction, Computation of chemical reactions
Computing radiative heat transport by ray tracing method, Computing radiative heat transport by ray tracing method
Computing traveling magnetic fields, Computing traveling magnetic fields (TMF)
Concentration, Computing Concentration
Convection, Computing Pseudo-stationary and Time-dependent Convection
Cz Geometry Generation, automatic generation of Cz geometries
Generating structured mesh, Generating structured mesh in complex geometries.
Handling Materials, Handling Materials
Inductive Heating, Computing Inductive Heating
Inverse Simulation, Running an Inverse Simulation
Modifying Cartridge, Modifying the Sample Cartridge Assembly (SCA)
Moving Regions, Computing a Time-dependent Simulation with Moving Regions
Rotating Magnetic Field, Simulating Rotating Magnetic Fields and Computing Lorentz Forces
Stationary Magnetic Field, Simulating Stationary Magnetic Fields and Computing Lorentz Forces
Supersaturation, Performing a calculation of the supersaturation
Thermal analysis, Running a Thermal Analysis (Quick Start)
Thermoelastic stress, Computing Thermoelastic Stress
Time-dependent Simulation, Computing a Time-dependent Simulation
Turbulent Gas Convection, Computing Turbulent Gas Convection on unstructured mesh