General Mechanical

General Mechanical

Topics related to Mechanical Enterprise, Motion, Additive Print and more.

Simulation of O`ring compression 2D

TAGGED: 

    • boonthiam13
      Subscriber

      I am simulation 2D Oring compression, is the force reaction calculated in per unit length? See my model settings as below

      Material properties of Oring:

      Force Reaction Probe:

      This is a 2D simulation, are the (probed) force values calculated in per unit length? They are much lower than expected.

       

      Thanks!

    • SSURA
      Ansys Employee

      Hi @boonthiam13,
      As this is a nonlinear analysis, there is the presence of substeps. Which divides the analysis into smaller timesteps depending on the number of substeps.
      The generated reaction force seen through the table shows the force reaction for the respective timestep as mentioned in the table.
      The increasing slope of the force-time graph justifies the behavior of the set analysis.
      For more information, the following references might be helpful-
      1. Structural Probes (ansys.com)
      2. Analysis of an O-ring Seal — Lesson 3 - ANSYS Innovation Courses

      Thanks,
      Sahil

    • Zoha Yasir
      Subscriber

      How to add compression by gas pressure to the simulation? 

    • SSURA
      Ansys Employee

      Hello Zoha,
      you can define the pressure load by the "Pressure" boundary condition option. You can either define it as constant or varying as per the situation.
      Please find more details on the same from the provided reference.
      Pressure (ansys.com)

      Hope this helps!

      Thanks,

      Sahil

      For more exciting courses and certifications, hit this link: Ansys Innovation Courses | Ansys Innovation Space

      If you are not able to open the links, refer to this forum discussion: How to access the ANSYS Online Help

      Guidelines for Posting on Ansys Learning Forum

       

Viewing 3 reply threads
  • The topic ‘Simulation of O`ring compression 2D’ is closed to new replies.