07:25

MAGNETO™ Quick Start Part 2

05:10

MAGNETO™ Quick Start Part 1

04:34

MAGNETO™ About - Overview of advanced features and capabilities.

06:11

FARADAY™ Quick Start Part 2

07:10

FARADAY™ Quick Start Part 1

03:32

FARADAY™ About - Overview of advanced features and capabilities.

06:36

OERSTED™ Quick Start Part 2

07:40

OERSTED™ Quick Start Part 1

04:05

OERSTED™ About - Overview of advanced features and capabilities.

04:06

Steel Levitation Part 3: Nailed It! Levitating a Nail Above a Magnet

06:21

AMPERES™ Quick Start Part 2

08:28

AMPERES™ Quick Start Part 1

04:23

AMPERES™ About - Overview of advanced features and capabilities

07:44

COULOMB Quick Start Part 2

10:14

COULOMB™ Quick Start Part 1

05:02

COULOMB™ About - Overview of advanced features and capabilities

06:34

ELECTRO Quick Start Part 2

09:06

ELECTRO Quick Start Part 1

05:10

ELECTRO™ About - Overview of advanced features and capabilities.

21:33

Steel Levitation Part 2: Understanding Some Magnetic Repulsion Examples

15:49

Steel Levitation Part 1: Steel Repulsion Zones around Permanent Magnet Assemblies

07:48

Introducing INTEGRATED New Version 11.1

26:19

Webinar - Introducing INTEGRATED Version 11.0

49:55

Solving 2D and Rotationally Symmetric Electric Field problem using IES's BEM solver ELECTRO

01:32:09

Webinar - Optimization in Magnetic Shielding Applications by the Boundary Element Method

47:41

Webinar - INTEGRATED 9.4: Making Simulation More Efficient

01:02:43

Webinar - Advances in Electromagnetic Transient Simulations

28:16

Webinar - Using Advanced Visualization Techniques

30:08

Webinar - New Geometry Modeling Features in COULOMB v9.1

39:02

Webinar - Explore the Latest Trends in Particle Trajectory and Beam Simulation

29:51

Webinar - API: Create Custom Tools for the Analysis of Electromagnetic Designs

49:54

Webinar - Optimizing an Electromechanical Device with Multidimensional Analysis Software

25:26

Webinar - Simulation of Coupled Electromagnetic Thermal Systems

43:58

Webinar - Automated Design Testing Procedures Using Software Simulation Tools

31:56

Webinar - FEM/BEM Prediction of Parasitic Coefficients and Shielding Effectiveness

00:31

Watch 90 INTEGRATED3D Functions Validate in 30 Seconds

47:33

INTEGRATED 9.4: Making Simulation More Efficient

03:42

High Frequency Time Domain Examples

07:02

Eddy Current Induced by Motion of a Magnet

06:44

Transient Analysis of Lossy Dielectrics Part 3

04:44

Transient Analysis of Lossy Dielectrics Part 2

06:01

Transient Analysis of Lossy Dielectrics Part 1

03:31

Parametric Modeling of Magnetic Quadrupoles

04:19

Parametric Spot Size Optimization

05:45

KELVIN Overview and Parametric

01:46

INTEGRATED Engineering Software v9.2 Help - Ray Appearance Display Tab

02:15

INTEGRATED Engineering Software v9.2 Help - Ray Appearance Properties Tab

01:27

MATLAB and the INTEGRATED API

05:40

2D Ferromagnetic Core Reactor

07:58

Oersted Eddy Current and Coil Windings for 133 turn example

01:37

INTEGRATED Engineering Software v9.2 Help - Solution Details

00:48

INTEGRATED Engineering Software v9.2 Help - Ray Output Info

03:51

INTEGRATED Engineering Software v9.2 Help - Ray Appearance

00:46

INTEGRATED Engineering Software v9.2 Help - Create Ray Graph

04:00

Using Anti Symmetry in 3D models

03:59

Tips for setting up parametrics in 3D models

06:13

Gallery of models: electromagnetic, thermal and particle trajectory analysis

01:50

INTEGRATED Engineering Software v9.2 Help - Text Editor

03:08

Demonstration of a SolidWorks/INTEGRATED Engineering Software Co-Simulation

03:07

LORENTZ v9.1 - Enhanced Emitter Options