QuickField allows you to solve and simulate linear and non-linear problems in magneto statics, transient/AC magnetics, electrostatics, AC/DC conduction, transient/steady state heat transfer, and stress analysis. The most notable feature of Quickfield is its ease of use, most of the procedures are intuitive.
The general steps in solving a problem are: specifying the problem parameters; defining the geometry, part labels and meshes for your model; providing data for the materials, loads and boundary conditions. Once you have this information entered, you can obtain the solution and review the results for post-processing the parameters.
The program also features field picture animation for transient and time-harmonic problems, offers momentary results of integrated values, and allows you to change the presentation mode for sinusoidal quantities, control the phase, view the time table and time plots of integrated quantities, and save partial results for transient problems without waiting to terminate the process. The program also includes many examples for each kind of problems.
The price of the program depends on the type of analysis you need, the price described here is given for the DC Conduction and Electrostatics Analysis.
v6.0.2.1551 [Nov 8, 2013]
Problem formulation
- 3D Electrostatic analysis with piecewise constant isotropic electric permittivity varying by bodies.
- Field sources include electric charge or charge density defined in any type of geometric entities: bodies, faces, edges, or vertices.
- Dirichlet or Neumann boundary conditions can be applied to any of faces, edges, or vertices.
Preprocessing
- Automatic conversion of any existent 2D plane-parallel electrostatic model into corresponding 3D model.
- 3D geometric model creation by a fixed-depth cross-sectional multilayer extrusion of a 2D model.
- Automatic 3D mesh generation controlled by mesh spacing values defined on a set of vertices.
- Properties and boundary conditions set by assigning labels to any geometric entity.
- 3D View mode provides the methods for 3D structures viewing and manipulating, including rotation, zoom and changing visibility of the model parts to see the objects hidden behind.
Postprocessing
- Color maps of selected physical quantities in full 3D view or at arbitrary cross section.
- Local value display with robust picking capability.
- X-Y plots along arbitrary line.
- Vector plots and isosurfaces in 3D view, isolines on a cross section.
- Limited set of integral quantities over the volumes predefined on preprocessing stage.
