Kevin Chan
アクティビティの概要
Latest activity by Kevin Chan-
Kevin Chanさんが投稿を作成しました: Introduce Yourself!
Hi everyone and thanks for joining our OnScale Solve community. Please introduce yourself on this post: Where you are in world? What application area are you working in? What problems are you usin...
-
Kevin Chanさんがコメントを作成しました: 正式なコメントHi Umang, While we have those capabilities in our solver, we don't regular exercise them as this particular tool specializes in ultrasonic transduction and wave propagation problems. Here is an art...
-
Kevin Chanさんが投稿を作成しました: Welcome to the OnScale Solve Forum
Introduction The OnScale forum is where the community of users of the OnScale Solve product can find useful information and guidance from our user base. Our product is currently in the Beta release...
-
Kevin Chanさんがコメントを作成しました: 正式なコメントHi Xiao, In explicit time domain FEM, the timestep is dictated by the material velocity and size of an element. The timestep factor only controls how close the timestep is to the CFL Limit (Info He...
-
Kevin Chanさんがコメントを作成しました: 正式なコメントHi Allyson, def_cent is the location of the center of the delamination. This is currently the same as the center of the Transducer center as well hence they are aligned. Increasing this will shift ...
-
Kevin Chanさんがコメントを作成しました: 正式なコメントPlease take a look at: https://support.onscale.com/hc/en-us/articles/360006667651-SAW-3D You can use #keycopy to copy out periodic keypoints. Thanks, Kevin
-
Kevin Chanさんがコメントを作成しました: 正式なコメントThere are known issues with the spline tool in the post processor that we will hope to fix in the near future. In the meantime, you can use a post processing script to accomplish the same thing. Sa...
-
Kevin Chanさんが投稿を作成しました: 回答済みSpline tool not working
"Hello, when I try to use the spline tool it freezes. Is there a way to get the spline data using code? I would like to get the pressure and velocity in the middle of my model instead of time depen...
-
Kevin Chanさんがコメントを作成しました: 正式なコメントThe geom bend command only bends the geometrical structure and not the material properties. You will need to apply a local cylindrical axis definition for the anisotropic material and apply it to t...
-
Kevin Chanさんが投稿を作成しました: 回答済みAnisotropic materials in curved geometries
When using the geom bend command, a rectangular mesh can be bent into an arc. If I assign a transversely isotropic material using the stiffness tensor input, I assign Cij entries that correspond to...