QuickField 7.0 Online Help Contents
Installing QuickField
Using QuickField
Getting Started
What Is QuickField?Basic Organization of QuickField
Window Management Tips
Application-Wide Options
Overview of Analysis Capabilities
2D and 3D AnalysisMagnetic Problems
Magnetostatic AnalysisAC Magnetic Analysis
Transient Magnetic Analysis
Electric Problems
Electrostatic AnalysisDC Conduction Analysis
AC Conduction Analysis
Transient Electric Analysis
Thermal Problems
Steady-State and Transient Heat Transfer AnalysisStructural Problems
Static Elastic AnalysisWorking with Problems
Structure of Problem Database Problem EditorProblem Properties Window
Editing Problem Properties
Establishing Coupling Links
Setting Time Parameters
Automatic Time Step Size Calculation in Transient Analysis
Editing Geometric Model
Geometric ModelsImporting Models from CAD Systems
Exporting Models To CAD/CAE Systems
Mesh Export File Description
Model Properties Window Creating Edges
Creating Vertexes
Objects Selection
Copying and Moving Geometric Objects
Deleting Objects
Clipboard and Drag Operations
Attraction Distance Parameter
Labeling Objects
Meshing Technology
Undo/Redo Operations
Understanding Undo/RedoUndoable Operations Zooming the Model
Model Discretization Visibility
Using Background Grid
Creating 3D Model by Extrusion
Extrusion of 2D Shapes to 3rd DimensionControl of 2D Shapes Extrusion
Switch to 3D View
Creating 3D Model by Importing
Background RegionAdding vertices to 3D model
Model Editor 3D View
Manipulation with 3D Image
Control of a 3D Picture: Rotation, Pan, Zoom
Selection of 3D Entities
Hidden and Transparent Bodies
Cutting the Model by a Plane
Text label Assignment to the 3D Model Entities
Control of the Density of 3D Mesh
Show the 3D Mesh Editing Material Properties and Boundary Conditions
Creating New Label
Copying Label
Renaming Label
Deleting Label
Editing Curves
Formulas
Using FormulasSyntax
Built-in functions
Constants
Errors
Samples
Periodic Boundary Conditions
Magnetostatic and Transient Magnetic Problem
Block Label Property in DC and Transient MagneticsEdge Label Property in DC and Transient Magnetics
Vertex Label Property in DC and Transient Magnetics
AC Magnetic Problem
Block Label Property in AC MagneticsEdge Label Property in AC Magnetics
Vertex Label Property in AC Magnetics
Electrostatic Problem
Body Label Property in ElectrostaticBlock Label Property in Electrostatic
Edge (Face) Label Property in Electrostatic
Vertex Label Property in Electrostatic
DC Conduction Problem
Body Label Property in DC ConductionBlock Label Property in DC Conduction
Edge Label Property in DC Conduction
Vertex Label Property in DC Conduction
AC Conduction Problem
Block Label Property Description in AC ConductionEdge Label Property Description in AC Conduction
Vertex Label Property Description in AC Conduction
Transient Electric Problem
Block Label Property Description in Transient ElectricEdge Label Property Description in Transient Electric
Vertex Label Property Description in Transient Electric
Steady-State and Transient Heat Transfer
Temperature unitsBody Label Property in Heat Transfer
Block Label Property in Heat Transfer
Edge Label Property in Heat Transfer
Vertex Label Property in Heat Transfer
Stress Analysis
Block Label Property Description in Stress AnalysisEdge Label Property Description in Stress Analysis
Vertex Label Property Description in Stress Analysis What is a Circuit?
Adding Electric Components
Specifying Properties for Circuit Components
Circuit Components Property Window
Adding Model Blocks
Connecting Circuit Components with Wires
Selecting Circuit Elements
Moving and Resizing Circuit Elements
Rotating Circuit Components
Deleting Circuit Elements Solving in Batch Mode
Scheduling QuickField for solving at a certain time
Adaptive Mesh Refinement
Analyzing Solution of 2D Problem. New postprocessor
Field LinesVectors
Color Map
Color MapColor Legend
Field Picture in Magnetics
Field Picture in AC Magnetics
Field Picture in Electrostatics
Field Picture in DC Conduction
Field Picture in AC Conduction
Field Picture in Transient Electric
Field Picture in Heat Transfer
Field Picture in Stress Analysis
Zooming the field picture
Side Panels
Local Field Data
Editing Contours DC Magnetics
AC Magnetics
Electrostatics
DC Conduction
AC Conduction
Transient Electric
Heat Transfer
Stress Analysis
Electric Circuit
Circuit PostprocessingCircuit Elements List
Circuit time plot
X-Y Plots
Tables of Results
TablesTable Columns
Table Rows Exporting Field
Exported Field File Details
Exporting Pictures Selecting a Time Layer
Animation
Time Plot
Time Table Flux Calculation
Current and Energy Calculation
Calculation Complete Specifying Electrodes
Charge and Energy Calculation
Calculation Complete
Conductor Impedance
Analyzing Solution of 2D Problem. Legacy postprocessor
Field LinesVectors
Color Map
Color MapColor Legend
Field Picture in Magnetics
Field Picture in AC Magnetics
Field Picture in Electrostatics
Field Picture in DC Conduction
Field Picture in AC Conduction
Field Picture in Transient Electric
Field Picture in Heat Transfer
Field Picture in Stress Analysis
Zooming the field picture
Calculator Window
Local Field Data
Editing Contours DC Magnetics
AC Magnetics
Electrostatics
DC Conduction
AC Conduction
Transient Electric
Heat Transfer
Stress Analysis
Electric Circuit
Circuit PostprocessingCircuit Elements List
Circuit time plot
X-Y Plots
X-Y PlotsSelecting Shown Quantities
X-Y Legend
Tables of Results
TablesTable Columns
Table Rows Exporting Field
Exported Field File Details
Exporting Pictures
Trajectories of Charged Particles
OverviewParticle Properties
Emitter Properties
Particle Kinematic Values Selecting a Time Layer
Animation Time Plot Curves
Time Plot Legend
Time Table Flux Calculation
Current Calculation
Energy Calculation
Calculation Complete Specifying Electrodes
Charge and Energy Calculation
Calculation Complete
Impedance Wizard
Analyzing Solution of 3D Problem
Calculation Results windowWorking with a Field Picture
Legend 3D Geometry: Model Edges and the Mesh
Colored Surface
Vector Field
Scattered Spheres
Isosurface
Cut by Plane
Field Picture in a Cut Plane
Contour for Plots and Tables
Parallel Slices
XY Plots
Tables
Picture Settings Panel
Local Field Values
Integral Field Values
Add-ins
What is Add-in? Switching Add-ins on and offWhat Add-ins are Available in QuickField
More Advanced Topics about Add-ins
Add-in Properties Dialog BoxAdd-in Menu Item Dialog Box
Theoretical Description
OverviewMagnetic Problems
Magnetostatics
FormulationsField Sources
Boundary Conditions
Permanent Magnets
Apparent and Incremental Magnetic Permeability
Calculated Physical Quantities
Inductance Calculation
Transient Magnetics
FormulationsField Sources
Boundary Conditions
Permanent Magnets
Calculated Physical Quantities
Inductance Calculation
AC Magnetics
FormulationsField Sources
Boundary Conditions
Calculated Physical Quantities
Impedance Calculation
Complex Value
Complex Vector
Electric Problems
Electrostatics
FormulationsField Sources
Boundary Conditions
Calculated Physical Quantities
Capacitance Calculation
Electrostatic 3D Problem
DC Conduction
FormulationsField Sources
Boundary Conditions
Calculated Physical Quantities
DC Conduction 3D Problem
AC Conduction
FormulationsField Sources
Boundary Conditions
Calculated Physical Quantities
Transient Electric
FormulationsBoundary Conditions
Calculated Physical Quantities
Heat Transfer
FormulationsField Sources
Boundary Conditions
Calculated Physical Quantities
Heat Transfer 3D Problem
Stress Analysis
FormulationsThermal Strain
External forces
Restriction conditions
Calculated Physical Quantities
Coupled Problems
Importing Loads from Other ProblemsAdvanced Solution Analysis
Parametric Calculations
What is LabelMover?
Serial Analysis
Overview1. Start LabelMover
2. Specify the Base Problem
3. Specify Values
4. Specify Steps
5. Get Results
6. Open Results in QuickField
7. View Plots for Results
Tolerance Analysis Overview
OverviewStatistics and Probability Terminology Used in Tolerance Analysis
1. Start LabelMover
2. Specify the Base Problem
3. Specify Values
4. Specify Variations
5. Get Results
6. Viewing Statistics
7. Viewing Histogram
Optimization
OverviewTheoretical Description for Optimization
1. Start LabelMover
2. Specify the Base Problem
3. Specifying Optimization Goal
4. Specify Variations
5. Do Optimization
6. Viewing Results
7. Viewing Histogram
How to Try Some Other LabelMover Features
How to Edit ValuesHow to Edit Steps
How to Add Substeps
How to Work with Compound Contours
How to Open Problem in QuickField
How to Save Description of Values and Steps in a File and to Open it Later
How to Copy Results to Other Applications
How to Export Results to a Text File
Running LabelMover in Unattended Mode
Programming with LabelMover