Aether

1. 2D/3D simulations of microwave heating in resonant cavities
2. Aether simulation: heating dielectric samples in a waveguide

EStat

1. Floating electrodes in electric-field calculations
2. Combining dielectrics and conductors in electrostatic solutions
3. Numerical calibration of a capacitive voltage probe
4. Edges in electrostatics
5. Floating potential of an open region
6. Setting boundaries in electrostatic solutions
7. Theory and applications of the Maxwell stress tensor
8. Minimizing electric field on coaxial electrodes
9. Conductive-type electrostatic solutions
10. Gas breakdown theory
11. Conditions for corona discharges

GamBet

1. Target optimization and forward dose calculation for a pulsed radiographic facility (1)
2. Target optimization and forward dose calculation for a pulsed radiographic facility (2)
3. H*(10) calculations with GamBet
4. GamBet shielding calculation walkthrough
5. Modeling radioactive sources with GamBet
6. GamBet distributed computing capabilities
7. Creating a Maxwell-Boltzmann particle distribution

GenDist

1. Particle flux plots in Gendist

HeatWave

1. Moving thermal sources in HeatWave
2. Thermal flux on a surface in TDiff and HeatWave
3. Scaling in thermal solutions
4. Arrhenius rate integrals in finite-element thermal solutions

HiPhi

1. Floating electrodes in electric-field calculations
2. Checking the validity of finite-element code results
3. Techniques to find electrostatic forces
4. Combining dielectrics and conductors in electrostatic solutions
5. Numerical calibration of a capacitive voltage probe
6. Floating potential of an open region
7. Theory and applications of the Maxwell stress tensor
8. Setting boundaries in electrostatic solutions
9. Edges in electrostatics
10. Node versus volume models in HiPhi solutions
11. Conductive-type electrostatic solutions
12. Short circuit near a gas transmission line
13. Gas breakdown theory
14. Conditions for corona discharges

Magnum

1. Iron in magnetic-field calculations (1)
2. Iron in magnetic-field calculations (2)
3. Scaling in magnetic shielding calculations
4. How to calculate inductance (1)
5. How to calculate inductance (2)
6. How to calculate inductance (3)
7. Let's make a refrigerator magnet
8. Cosine coils in Magnum calculations
9. Comparing Magnum to Maxwell3D and CST EM Studio
10. Permanent magnetic material data for finite-element calculations
11. Magnum in parallel
12. Mind over numbers
13. Theory and applications of the Maxwell stress tensor
14. Expanded plot features in MagWinder
15. Graphical coil display in MagView
16. Symmetry boundaries in Magnum
17. Modeling a sectored radial magnet with Magnum
18. Modeling laminated cores in Magnum and PerMag
19. Using Magnum to calculate flux coupling
20. Counter-intuition in permanent magnet circuits
21. Creating a coil box with MagWinder
22. Reflection of Magnum solutions
23. Field exclusion in Magnum
24. Magnum for MRI facility shielding
25. Magnetic saturation properties: educated guessing
26. Coil force integrals in Magnum
27. Online magnet calculators
28. Defining material properties for PerMag and Magnum

Mapper

1. Porting field information to OmniTrak with Mapper (July 2, 2008)
2. Mapper: creating field maps from midplane data

Mesh

1. 2D mesh generation with DXF import
2. Fixing an electron emission surface
3. Sharing dimensions of Mesh setups
4. Using a spreadsheet for Mesh input
5. Trimming geometries with the Mesh Drawing Editor
6. Orphan elements issue resolved
7. Using LibreCAD with Mesh
8. Processing all Mesh files in a directory with Python
9. Long arcs in Mesh and MetaMesh

MetaMesh

1. Three-dimensional meshing of biological structures
2. Holes and other pitfalls in MetaMesh
3. How many elements?
4. Bulletproof 3D CAD import
5. Saved Views in MetaMesh and the AMaze postprocessors
6. Using Solidworks with MetaMesh
7. Automatic 3D meshing of printed circuits
8. Building a rounded box with MetaMesh
9. Building solids in MetaMesh
10. Using FreeCAD with MetaMesh
11. Long arcs in Mesh and MetaMesh

Nelson

1. Universal curves for high-frequency wire losses

OmniTrak

1. Modeling electron field emission
2. Mystery particle stopping in OmniTrak
3. Setting a time step for electrons in a strong magnetic field
4. Dual voltage modulations in OmniTrak
5. Tiny gyroradii and the sorrows of tech help
6. Designing electron sheet-beam injectors with OmniTrak
7. Simple sheet-beam design
8. Modeling a cathode/focus-electrode gap with OmniTrak
9. Space-charge-limited flow from a thermionic source
10. Thermal effects in space-charge-limited flow
11. Trajectories that stop unexpectedly in Trak and OmniTrak
12. Transparent electrodes in OmniTrak
13. Multistage calculations in Trak and OmniTrak
14. OmniTrak CircBeam and RectBeam tools
15. Cathode temperature in Trak and OmniTrak
16. Using two-dimensional field solutions in OmniTrak
17. Modeling quadrupole mass analyzers with OmniTrak
18. Electron beam neutralization in Trak and OmniTrak
19. OmniTrak: superposition of magnetic field tables
20. Creating a Maxwell-Boltzmann particle distribution
21. Ion beam extraction in Trak and OmniTrak from sources with multiple species

PerMag

1. Iron in magnetic-field calculations (1)
2. Iron in magnetic-field calculations (2)
3. Scaling in magnetic shielding calculations
4. How to calculate inductance (1)
5. How to calculate inductance (2)
6. How to calculate inductance (3)
7. Permanent magnetic material data for finite-element calculations
8. Theory and applications of the Maxwell stress tensor
9. Calculating inductance from magnetic field solutions
10. Modeling laminated cores in Magnum and PerMag
11. Counter-intuition in permanent magnet circuits
12. Magnetic saturation properties: educated guessing
13. Designing solenoid lenses for electron beams
14. Testing your permanent-magnet purchases
15. Online magnet calculators
16. Defining material properties for PerMag and Magnum

TDiff

1. Arrhenius rate integrals in finite-element thermal solutions
2. 2D/3D simulations of microwave heating in resonant cavities

Trak

1. Tips for modeling electron field emission
2. Setting a time step for electrons in a strong magnetic field
3. Current-density distributions in Trak
4. Strange orbits in Trak
5. Fixing an electron emission surface
6. Emission surfaces in Trak
7. Emittance of a circular beam
8. Tutorial: electron gun design with Trak
9. Tiny gyroradii and the sorrows of tech help
10. Universal high-flux electron gun design
11. Simple sheet-beam design
12. Space-charge-limited flow from a thermionic source
13. Thermal effects in space-charge-limited flow
14. Trajectories that stop unexpectedly in Trak and OmniTrak
15. Ion extraction from a plasma at an aperture
16. Multistage calculations in Trak and OmniTrak
17. Cathode temperature in Trak and OmniTrak
18. Multiple particle species in Trak
19. Custom trajectory color-coding in Trak
20. Electron beam neutralization in Trak and OmniTrak
21. Designing solenoid lenses for electron beams
22. Creating a Maxwell-Boltzmann particle distribution
23. Ion beam extraction in Trak and OmniTrak from sources with multiple species

WaveSim

1. WaveSim boundary rules
2. 2D/3D simulations of microwave heating in resonant cavities

General computational techniques

1. Automatic solution control with Perl
2. Understanding coordinate units
3. How to check the validity of code results
4. How much memory do you actually have?
5. Why does it run so slowly?
6. Using postprocessor configuration files
7. Checking your multicore computer
8. Advanced 3D graphics and movie capabilities
9. Making movies with the AMaze programs
10. Processing all Mesh files in a directory with Python
11. Automatic movie generation in thermal and electromagnetic codes
12. Plotting large meshes
13. Large mesh plots revisited: program-not-responding
14. Saved Views in MetaMesh and the AMaze postprocessors
15. How to use saved views
16. Identifying a proxy server
17. Measure anything on your computer screen
18. Universal curves for high-frequency wire losses
19. Parallel processing optimization
20. Mesh versus boundary methods
21. Features for automatic program operation

Link to Field Precision home page: https://www.fieldp.com