Tribo-X inside ANSYS

 

With the integration of the Tribo-X journal bearing module into ANSYS Workbench, in cooperation with CADFEM, the Tribo-X inside ANSYS extension has been developed, which allows the convenient calculation of lubricated journal bearings with ANSYS Mechanical. The description of the geometry and load of the bearing is parametric in the Workbench project tree. The parameterization enables automated sensitivity and optimization analyzes of the bearing. These analyzes can be supported by ANSYS DesignXplorer or ANSYS optiSLang.

 

Tribo-X inside ANSYS

 

Highlights:

  • integration of the journal bearing module of Tribo-X in ANSYS Workbench
  • short calculation times due to high performance of the Tribo-X solver
  • consideration of elastic deformations of the bearing and the bearing environment with ANSYS Mechanical
  • determination of speed-dependent stiffness and damping coefficients for rotordynamic analyzes
  • parametric workflow from CAD to calculation
  • automated parameter studies for sensitivity and optimization analyzes possible

 

Seminars & Webinars for Tribo-X inside ANSYS

 

Veranstaltungen
TiA Webinare, TiA Seminare

Simulation of Hydrodynamic Journal Bearings with Tribo-X inside ANSYS

Date: 22.11.2018
Time: 10:00 – 11:00
Language: German

The structural behaviour of shafts with journal bearings depends to a high degree on the dynamic characteristics of the lubricant film in the bearings. An established method for the simulation of the lubricant film formation is elastohydrodynamics (EHD). With Tribo-X inside ANSYS journal bearings can be analysed quickly…

Details
All times in CET / CEST unless stated otherwise.

Simulation of Hydrodynamic Journal Bearings with Tribo-X inside ANSYS

Date: 12.12.2018
Time: 09:00 – 17:00
Location: Aadorf (Switzerland)
Language: German

With Tribo-X inside ANSYS, CADFEM and Tribo Technologies have jointly developed a solution that allows the calculation of hydrodynamic journal bearings comfortably and time-efficiently within ANSYS Workbench. The calculation is based on an extended form of the Reynolds differential equation, which has been established…

Details

Simulation of Hydrodynamic Journal Bearings with Tribo-X inside ANSYS

Date: 13.03.2019
Time: 09:00 – 17:00
Location: Hannover
Language: German

With Tribo-X inside ANSYS, CADFEM and Tribo Technologies have jointly developed a solution that allows the calculation of hydrodynamic journal bearings comfortably and time-efficiently within ANSYS Workbench. The calculation is based on an extended form of the Reynolds differential equation, which has been established…

Details

Simulation of Hydrodynamic Journal Bearings with Tribo-X inside ANSYS

Date: 28.05.2019
Time: 09:00 – 17:00
Location: Vienna (Austria)
Language: German

With Tribo-X inside ANSYS, CADFEM and Tribo Technologies have jointly developed a solution that allows the calculation of hydrodynamic journal bearings comfortably and time-efficiently within ANSYS Workbench. The calculation is based on an extended form of the Reynolds differential equation, which has been established…

Details

Simulation of Hydrodynamic Journal Bearings with Tribo-X inside ANSYS

Date: 19.09.2019
Time: 09:00 – 17:00
Location: Grafing
Language: German

With Tribo-X inside ANSYS, CADFEM and Tribo Technologies have jointly developed a solution that allows the calculation of hydrodynamic journal bearings comfortably and time-efficiently within ANSYS Workbench. The calculation is based on an extended form of the Reynolds differential equation, which has been established…

Details

Simulation of Hydrodynamic Journal Bearings with Tribo-X inside ANSYS

Date: 26.11.2019
Time: 09:00 – 17:00
Location: Aadorf (Switzerland)
Language: German

With Tribo-X inside ANSYS, CADFEM and Tribo Technologies have jointly developed a solution that allows the calculation of hydrodynamic journal bearings comfortably and time-efficiently within ANSYS Workbench. The calculation is based on an extended form of the Reynolds differential equation, which has been established…

Details
All times in CET / CEST unless stated otherwise.