sales@engineeringcomputation.com
- SOLIDCastCasting Simulation Software
- MT ExchangeHeat Exchanger Software
- MT VessPressure Vessel Design Software
- PIPEFLOPipeline Design Software
- WELLFLOOil & Gas Wells Design Software
- FORGASGas Field Deliverability Forecasting and Development Scheduling System
- OmniSuitePlanning and Scheduling Softwares
- CAST-DESIGNER™A Gating System Designer For High Pressure Die Casting Process
- CYMDISTDistribution System Analysis
- PSAFPower Systems Analysis Framework
- EMTP-RVElectromagnetic Transient Program
- CYMGRDSubstation Grounding Program
- CYMTCCProtective Device Coordination
- CYMCAPCable Ampacity Calculation
- SORPAS®Resistance Welding Simulation Software
- ProTeusComputerized Maintenance Management System
- QForm-ExtrusionExtrusion Simulation and Optimisation Software
- Electromagnetic Software3D Electromagnetic Field Calculations
Electromagnetic Software
3D Electromagnetic Field Calculations
Field Precision creates and applies advanced finite-element software for electromagnetics. With our full-service approach you can choose between a software purchase for independent use, specialized training geared to your application or a full consulting project. Our unitized 2D and 3D packages cover a broad range of applications including high voltage engineering, magnet design, charged-particle devices, permanent magnet assemblies, microwave technology, pulsed power systems, RF ablation in biological media and X-ray imaging. Affordable Basic packages run on any Windows computer. Professional packages with parallel-processing support and unlimited memory access run under 64-bit XP, Vista and Windows 7. Click on the Where to find... box to find products and prices, to check our capabilities or to contact us.
Calculations of field stress on electrodes, electric field lines, capacitance and electrostatic forces.
Integrated design tools for electron and ion injectors with space-charge and relativistic effects. Beam focusing and deflection devices.
Distributions of RF and microwave fields in tissues, 2D/3D solutions of the bioheat equation.
Magnetic field distributions and forces, including drive coils of any shape, iron with saturation effects and multiple permanent magnets.
Monte Carlo simulations of electron, photon and positron interactions. End-to-end design of X-ray systems.
Resonator design, electromagnetic scattering, pulsed-power technology and microwave devices.
