Best Of

Hi Erwann,

While computing iron losses, you choose the laminated regions (i.e. Stator and rotor). These laminated regions consider only the represented part of the faces in geometry.

To get global iron losses, you need to multiply the total iron losses obtained from Bertotti losses with number of periodicity of the motor.

Thank you,

Lavanya

Hello @Carlos123456,

Could you share the error message (or screen shot) showing the missing DLL file and lib file?

Which version are you using?

Best regards,

Jaehoon

Hello Carlos,

In WinProp there is no DBInterface.dll, also the example name “sim_code” does not point to an example provided with WinProp.

Maybe this is a library used additionally by you? If not, you could provide us the example and we'll have a look.

Best Regards,

Jaehoon

Hello Carlos,

Please see the answer below.

"The DBInterface.dll was incorrectly documented within the v2025.1 user guide. This is already fixed in current versions (V2026).

The correct library is “InterMan.dll”. The “outdoor_propagation_openmp” can be used as an example for how to use the “InterfaceBuildings...” functions. And how to link the InterMan library."

Best regards,

Jaehoon

@REYHANANAM

Your account is now verified for student edition use, please follow the procedure here if you need to use the Altair student edition - https://community.altair.com/discussion/34207/instructions-to-access-the-free-altair-student-edition-now-in-altair-one#latest. Please ensure that you log out and log back into your Altair One account after license activation to download the software.

Additionally, you may see the following video playlist and guide that walks you through how to use the free Altair student license from Altair One to activate AI Studio. It also includes troubleshooting tips if you run into any issues -

https://www.youtube.com/playlist?list=PLQ7KUGFuVz4tr84PxSQojTu-RTDsznSJf

https://community.altair.com/discussion/63801/step-by-step-guide-install-activate-altair-ai-studio-student-edition-via-altairone-com?utm_source=community-search&utm_medium=organic-search&utm_term=rapidminer+academy

Thanks

Hi @Basem ,

Please download WRAP here: https://securefiletransfer.altair.de/link/TP1dgFlm8uH21SKvFVzNVL

Best regards,
Torben

1st Extensions→Deep learning→Modeling→Deep learning

2nd Modeling→Predictive→Neural Nets→Deep learning

Hello friend,

The first extension, on the marketplace, is deprecated. I do not recommend using it.

The second extension is correct and is integrated with the AI Studio during installation.

Sincerely,
Tony

こんにちは。マーケットプレイスにある1つ目の拡張機能は、現在は非推奨（Deprecated）となっています。そのため、ご利用はお勧めいたしません。一方、2つ目の拡張機能は正しく動作し、インストール時にAI Studioと統合されます。敬具Tony

Hello,

You can use the “Imprint” tool, using the nodes of the 1D elements as the source and the surface you want to mesh as the target. More details about Imprint: https://help.altair.com/hwdesktop/hwx/topics/pre_processing/geometry/surface_imprint_t.htm

Doing so will generate fixed points on the surface that will be taken into account when the shell mesh is generated (After that, check if the nodes of the shell mesh and the 1D elements are equivalent—use the “Equivalence” tool). More details about Equivalence: https://help.altair.com/hwdesktop/hwx/topics/pre_processing/model_setup/duplicate_nodes_equivalence_t.htm

You can also associate the 1D elements with the surface you are going to generate the shell mesh on. To do this, go to 2D >> Edit Element >> Associate. When you do this, when you generate the shell mesh on the surface, the shell mesh nodes will coincide with the nodes of the 1D elements. More details about Associate: https://help.altair.com/hwdesktop/hwx/topics/pre_processing/meshing/element_nodes_associate_t.htm

Regards,

Humberto

Hello,

You can use the “Imprint” tool, using the nodes of the 1D elements as the source and the surface you want to mesh as the target. More details about Imprint: https://help.altair.com/hwdesktop/hwx/topics/pre_processing/geometry/surface_imprint_t.htm

Doing so will generate fixed points on the surface that will be taken into account when the shell mesh is generated (After that, check if the nodes of the shell mesh and the 1D elements are equivalent—use the “Equivalence” tool). More details about Equivalence: https://help.altair.com/hwdesktop/hwx/topics/pre_processing/model_setup/duplicate_nodes_equivalence_t.htm

You can also associate the 1D elements with the surface you are going to generate the shell mesh on. To do this, go to 2D >> Edit Element >> Associate. When you do this, when you generate the shell mesh on the surface, the shell mesh nodes will coincide with the nodes of the 1D elements. More details about Associate: https://help.altair.com/hwdesktop/hwx/topics/pre_processing/meshing/element_nodes_associate_t.htm

Regards,

Humberto

@Lorenzo_Franco I have moved you from E-Agle formula team to Uni Trento academic account. Please refer to the following guide for detailed instructions on installing and activating your Altair Student Edition software using your Student Edition license key -

You can disconnect from the managed licensing, please set an environment variable with name ALM_HHWU and value F to disconnect from managed licensing and use the student edition license.

Thanks