Filter By:
Industry:
Sub Industry:
Product Category:
Product Name:
 | This demonstration illustrates the process of using ANSYS EMAG to calculate magnetic torque versus position angle for a magnetic valve assembly. This example will show the complete process, beginning from a CAD assembly progressing to electromagnetic results for various operating positions of the valve. Along the way we will highlight:
- Creating a parametric model from static CAD data
- Generating an enclosure volume and a winding body
- Robust and flexible meshing for an electromagnetic simulation
- Including nonlinear B-H data to account for material saturation
- Rapid and robust convergence of the ANSYS solver
- Intuitive graphical post-processing of electromagnetic results
- Easy to perform parametric studies
This demonstration example is courtesy of INVENSYS, Inc. Run Time - 8:30 | View Now Add to briefcase |  | Loading capacity simulation for temporary bridges assists in providing effective disaster relief.
| View Now (PDF) Add to briefcase | | | Convenient features enable pretension to be quickly and easily included in analysis of bolted joints.
| View Now (PDF) Add to briefcase | | | Models of flexible mechanisms incorporate large deformations and rotations, and nonlinear material properties, to provide nonlinear dynamic response.
| View Now (PDF) Add to briefcase | | | Simulation broadens understanding of dynamic separators in cement manufacturing.
| View Now (PDF) Add to briefcase | | | Complete Magazine
| View Now (PDF) Add to briefcase | | | CFD helps analyze fuel-air mixing in modern gasoline engines.
| View Now (PDF) Add to briefcase | | | Dynamic simulation reduces the cost of automotive brake pedal design and manufacture.
| View Now (PDF) Add to briefcase | | | Designers simulate flow through microfin tubes to analyze the effectiveness of heat exchangers.
| View Now (PDF) Add to briefcase | | | CAE analysis of material properties should be considered for metal-to-plastic replacement applications.
| View Now (PDF) Add to briefcase | |