EMWorks EMS 2017 SP1.4

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EMWorks EMS 2017 SP1.4

EMWorks EMS 2017 SP1.4 | 575.8 mb

ElectroMagneticWorks, Inc. has released an updated (SP1.4) EMWorks EMS 2017. This is a major new release of the software that incorporates several new features at the meshing and pre-processing, solving and post-processing levels.



EMS 2017 Release:

Solvers
- High order elements support for Magnetostatic and AC Magnetic analysis ( High Accuracy study option)
- New AC electric analysis type.
- New Thermal Stress Structural coupling.
- Enhancements to motion coupling simulation:
. Allow using Force/Torque and Motor in the same Solidworks Motion Analysis study coupled to EMS
. Initial velocity motion coupled simulation
. Gravity and Spring driven motion coupled simulation
- Enhancements to transient thermal coupling simulation.
. Improved Steady-state thermal (previous versions)
. Transient thermal (time dependant - NEW)
- Enhancements to Parametric Analysis.
. Parameterize other EMS variables like AC magnetic frequency, Coils
. Importing parameters from a file.
. Thermal coupled parametric analysis
- New and faster Multi-core solvers.
- Auto compute dielectric breakdown.
- Added Temperature Dependant BH for Magnetostatic and AC Magnetic analysis
- Added continue run option for coupled thermal, parametric or transient analysis without losing existing results
Meshing
- Results probing using an imported mesh file.
Viewing Results
- Viewing partial results during motion and parametric solving
- New 3D safety factor Description type for dielectric breakdown whenever user has electric field Description type.
- New 3D Field operations Description folder for magnetostatic analysis.
- 3D Description: Animate section vs. position or orientation (move the section plane)
- 3D Description: Animate Iso clip Description vs. iso values
- 3D Description:Transparent model and vector overlay
- 3D Description: Description mesh,Iso line and vectors using single color
- 3D Description: Vector Description on surface, use constant vector size
- 3D Description: Create in one operation a 3D Description for each time step, selected time steps or all scenarios.
- 3D Description: Export Motion, transient or parametric Description results to excel sheet (All time steps or all scenarios)
- Magnetostatic Analysis type: Computing flux on selected faces
- Electrostatic Analysis type: Computing Total charge or Charge density on volume or surface.
Usability
- Convert coil type from Wound to solid or vice versa
- Enable user to flip coil entry/exit port when same face is selected.
- Convert Force/Torque type from virtual to lorentz and vice versa
- Added new materials property called "Dielectric Strength"
- Enhancements to EMS Options and User interface operations
- New easy-to-use Results table windows