:Base QField.hlp
1 What's New in Version 4.1=WhatsNew>Ref
1 Getting Started
2 What Is QuickField?=Starter>Ref
2 Basic Organization of QuickField=Basics>Ref
2 Window Management Tips=Views>Ref
1 Overview of Analysis Capabilities
2 Magnetostatic Analysis=StarterMS>Ref
2 Time-Harmonic Electromagnetic Analysis=StarterHE>Ref
2 Electrostatic Analysis=StarterES>Ref
2 Current Flow Analysis=StarterCF>Ref
2 Thermal Analysis=StarterHT>Ref
2 Stress Analysis=StarterSA>Ref
1 Working with Problems
2 Structure of Problem Database=ProblemDoc>Ref
2 The Problem Editor=ProblemEditor>HowTo
2 Editing Problem Properties=ProblemProps>HowTo
2 Establishing Coupling Links=ProblemCoupling>HowTo
2 Cartesian and Polar Coordinates=ProblemUnits>HowTo
1 Editing Property Description
2 What is Property Description=DataDoc>Ref
2 Editing Material Properties and Boundary Conditions=DataEditor>HowTo
2 Editing Curves=DataCurveEditor>HowTo
1 Editing Models
2 Geometric Models=ModelDoc>Ref
2 Editing Model Objects=ModelEditor>HowTo
2 Geometry Description=ModelDescr>HowTo
2 Labeling Objects=ModelLabeling>HowTo
2 Meshing Technology=ModelMesh>Ref
2 Tuning the Model Picture=ModelView>HowTo
1 Solving Problems
2 Solving the Problem=SolvingProblem>Ref
2 Scheduling QuickField for solving at a certain time=Scheduling>Ref
2 Achieving maximum performance=SolvingPerformance>Ref
1 Analyzing Solution
2 Viewing the Results=PostIntro>HowTo
2 Field Pictures=PostPictures>HowTo
2 Editing Contours=PostContour>HowTo
2 Examining Local Field Data=PostValues>HowTo
2 Integral Calculator=PostIntegral>HowTo
2 Tables of Results=PostTable>HowTo
2 Exporting Field=PostExport>HowTo
1 Theoretical Description
2 Overview=Theory>Ref
2 Magnetostatics
3 Formulations=TheoryMSEq>Ref
3 Field Sources=TheoryMSSrc>Ref
3 Boundary Conditions=TheoryMSBC>Ref
3 Permanent Magnets=TheoryMSPermMag>Ref
3 Calculated Physical Quantities=TheoryMSQuant>Ref
3 Inductance Calculation=TheoryMSInductance>Ref
2 Time-Harmonic Magnetics
3 Formulations=TheoryHEEq>Ref
3 Field Sources=TheoryHESrc>Ref
3 Boundary Conditions=TheoryHEBC>Ref
3 Calculated Physical Quantities=TheoryHEQuant>Ref
3 Impedance Calculation=TheoryHEImpedance>Ref
2 Electrostatics
3 Formulations=TheoryESEq>Ref
3 Field Sources=TheoryESSrc>Ref
3 Boundary Conditions=TheoryESBC>Ref
3 Calculated Physical Quantities=TheoryESQuant>Ref
3 Capacitance Calculation=TheoryESCapacitance>Ref
2 Current Flow Analysis
3 Formulations=TheoryCFEq>Ref
3 Field Sources=TheoryCFSrc>Ref
3 Boundary Conditions=TheoryCFBC>Ref
3 Calculated Physical Quantities=TheoryCFQuant>Ref
2 Heat Transfer
3 Formulations=TheoryHTEq>Ref
3 Field Sources=TheoryHTSrc>Ref
3 Boundary Conditions=TheoryHTBC>Ref
3 Calculated Physical Quantities=TheoryHTQuant>Ref
2 Stress Analysis
3 Formulations=TheorySAEq>Ref
3 Thermal Strain=TheorySAThermal>Ref
3 External forces=TheorySAForces>Ref
3 Restriction conditions=TheorySABC>Ref
3 Calculated Physical Quantities=TheorySAQuant>Ref
2 Coupled Problems
3 Importing Loads from Other Problems=TheoryCoupling>Ref
1 Examples
2 Magnetic Problems
3 Magn1: Nonlinear Permanent Magnet=ExamplesMagn1>Ref
3 Magn2: Solenoid Actuator=ExamplesMagn2>Ref
3 Magn3: Ferromagnetic C-Magnet=ExamplesMagn3>Ref
2 Time-Harmonic Magnetic Problems
3 HMagn1: Slot Embedded Conductor=ExamplesHMagn1>Ref
3 HMagn2: Symmetric Double Line of Conductors=ExamplesHMagn2>Ref
2 Electrostatic Problems
3 Elec1: Microstrip Transmission Line=ExamplesElec1>Ref
3 Elec2: Two Conductor Transmission Line=ExamplesElec2>Ref
2 Heat Transfer Problems
3 Heat1: Slot of an Electric Machine=ExamplesHeat1>Ref
3 Heat2: Cylinder with Temperature Dependent Conductivity=ExamplesHeat2>Ref
2 Stress Analysis Problems
3 Stres1: Perforated Plate=ExamplesStres1>Ref
2 Coupled Problems
3 Coupl1: Stress Distribution in a Long Solenoid=ExamplesCoupl1>Ref
3 Coupl2: Cylinder Subject to Temperature and Pressure=ExamplesCoupl2>Ref
3 Coupl3: Temperature Distribution in an Electric Wire=ExamplesCoupl3>Ref
2 Additional Examples
3 How to Get More Examples=MoreExamples>Ref
1 Tutorial
2 Problem of Magnetics--Step-by-Step Description=SBS1_1>ByStep
2 Electrostatics Problem--Step-by-Step Description=SBS3_1>ByStep
2 Magneto-Structural Coupling--Step-by-Step Description=SBS4_1>ByStep
1 Contact Information
2 How to Contact Us=Contact>Ref