The one conference each year that brings together the entire community of Infolytica experts and users. This event will offer hands-on learning and valuable peer networking for attendees.

You can review the proceedings from Engage 2015 and 2016 on the event website.

Automotive manufacturers are always looking for ways to increase efficiency in the design process and reduce their product's time-to-market. This webinar explains how Infolytica's MotorSolve 6.0 design software and its quick and easy virtual prototyping abilities can help.

Key Take-Aways

• Learn about MotorSolve's simulation capabilities for PM generators
• Gain a detailed understanding of high power density motor/generator design
• Understand the design details of the BMW i3 traction machine

Presented by: Jim Hendershot,
IEEE FELLOW & CEO MOTORSOLVER, LLC 

This Webinar can now be viewed online here.

Infolytica announces today that MotorSolve v6, the company’s electromagnetic design software for electrical machines, is now available for download by supported users and evaluators.

MotorSolve v6 has a number of significant new features, including a new BLDC Generator mode analysis, Phasor diagrams, plus several new winding diagrams.

Case Study - "Vibrations in Electric Motors - MpCCI FSIMapper Case Study"

Electromagnetic forces in motors excite structural vibrations. They lead to material failure and to noise in the surrounding area.

To predict vibrations in early development phases, FSIMapper, a translation tool from Fraunhofer SCAI, provides the possibility to transfer the electromagnetic forces to structural NVH analyses.

In this case study we consider a 4-pole-24-slots electric motor, which is modeled in MagNet. The rotor rotates with a frequency of 30 Hz and the coils exhibit an odd parity. We are interested in the vibrational behavior of the stator.

The soon-to-be-released MotorSolve 6.0 will include a new generator analysis feature. In this webinar, we offer a preview.

Key Take-Aways

• Discover the generator analysis functions of MotorSolve 6.0
• Learn about additional design and display tools for motor analysis
• Review an example of generator analysis using MotorSolve 6.0

Expert users and engineers gather to collaborate and discuss best practices when using our simulation software for design and analysis.

You can review the proceedings from Engage 2015 on the event website.

A new version of the MagNet software suite (including ThermNet, ElecNet and OptiNet) has been released. MagNet’s 3D nonlinear electromagnetic problems can be solved significantly faster and with higher accuracy. Imported or native components can easily be made into a coil with just one button click. ThermNet supports new motor cooling options. There are many other significant improvements and new features in this release.

Find more information here, and watch a video highlighting the new feature here.

To explore how multi-physics considerations impact a motor's ultimate performance, attendees of this presentation will design a 1" Φ x 1" long brushless permanent magnet motor producing 20 mN-m of torque at 20,000 rpm.  Discover how MotorSolve allows them to imagine a design idea, and then review a complete set of critical motor responses for that idea - from winding layout and losses throughout the motor to flux and current densities.

This can now be viewed here.

Infolytica announces today that MotorSolve v5, the company’s electromagnetic design software for electrical machines, is now available for download by supported users and evaluators. MotorSolve v5 has a number of significant new features, including Scripting, BLDC Efficiency Maps, Surface Force Density plots, and Undo/Redo features. IM also includes exterior wound rotors.

In this free webinar watch how using MagNet’s non-linear surface impedance and perfect electric insulator modeling are extremely useful when designing medium to large power transformers. Using these features significantly reduces the mesh size, hence the solution time, without sacrificing accurate results. This will be a live and interactive event.

For those that missed it, this can now be viewed from our Webinar archive.

To completely understand the complexities of the electric field produced by and surrounding a power transmission line, the insulator and tower requires accurate simulation software.

Three examples are covered in this webinar: Insulating structure for a transmission line; Insulating structure installed on a 3-phase transmission line; Lightning striking a surge arrester.

For those that missed it, it is now available in our archive.