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Démonstrations Précédemment Enregistrées

Voici les démonstrations web précédemment enregistrées. Veuillez noter qu'elles ne sont disponibles qu'en anglais.

     Analysis of Different Cooling Configurations with MotorSolve v4

     Introduction to MotorSolve Thermal

     Using MotorSolve for Machine Design

     Coupling ElecNet to ThermNet

     What's New in MotorSolve v2.4

     MagNet version 7

     MotorSolve IM

     Introduction to MotorSolve IM and BLDC

     What's New in MagNet v7.1


What's New in MagNet v7.1


Amongst other new features, MagNet v7.1 allows users to simulate the magnetization process; specifically the magnetic field strength inside the permanent magnet component will be determined by the magnetization pattern and source current in the magnetizing coils. The result will be a permanent magnet for which each point inside will have a different recoil loop depending on the flux density that it has reached during the magnetization process.


Introduction to MotorSolve IM and BLDC

This recorded demo focuses on how using software tools such as MotorSolve IM (template based design software for induction machines) and MotorSolve BLDC (template based design software for brushless dc machines) can help new and experienced motor designers predict performance of their device.


MotorSolve IM


Exploring design variations and predicting machine performance must be done with the highest degree of accuracy yet also in a timely manner. Most designers have steered clear of accurate Finite Element Analysis (FEA) software because of the steep learning curve and lengthy calculations. MotorSolve IM uses automated FEA based simulations to compute performance metrics such as torque, efficiency, losses and much more. You can size, modify and evaluate any number of induction machines in minutes. The unique adaptive automatic coil winding layout feature generates a list of possible balanced layouts regardless of the number of phases.


MagNet version 7


MagNet version 7 is the new release of the industry leading electromagnetic field simulation software from Infolytica Corporation. New multicore solvers, updated user interface and other new features make designing your motor, generator, transformer, sensor, induction heating systems or any electromechanical device faster and easier than before.


What's New in MotorSolve v2.4


A recorded webinar in which the new features of MotorSolve v2.4, the electric motor design software from Infolytica Corporation, are demonstrated by an application specialist.


Coupling ElecNet to ThermNet


With their new coupling feature, the power loss data from ElecNet can be used as a heat source in ThermNet, allowing users to determine the impact of temperature changes on the overall design and performance.


Using MotorSolve for Machine Design


Using MotorSolve to tackle real design problems. All aspects of the process will be covered: sizing, winding, materials and performance results. Includes a preview of MotoroSolve v3.0 with thermal analysis module


An Introduction to MotorSolve Thermal


In this Webinar:

  • Overview of housing, cooling methods and other new capabilities related to MotorSolve Thermal
  • Creating a detailed 3d end winding geometry
  • How to perform coupled electromagnetic-thermal analysis
  • Results and performance data now available due to the new link

Analysis of Different Cooling Configurations with MotorSolve v4


In this Webinar:

  • Overview of housing, cooling methods and other new capabilities related to MotorSolve Thermal
  • How to perform coupled electromagnetic-thermal analysis, including thermal transient setup and viewing thermal field solutions

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