A space for simulation related technical resources and discussions.
MIE-Series Code for Computing RCS of a Sphere A user-friendly MIE-Series utility was developed using Altair Compose [1] for computing RCS of a Perfectly Conducting Electric (PEC) sphere modifying from the original code of [2]. Purpose is to provide a utility that can be used to validate numerical simulations of RCS of a…
* Go to Your Profile, Managed Licenses * Go to Named User Tab * Add the User to the Named User Licenses Click on the ID and then click on Add on the window that opens. A pop-up window opens as below: Select the user from the drop down that needs to be added to the Licenses and click on Submit. The users added here should…
[HyperWorks : Node 크기 조절 방법] Node 크기 조절 방법안내드립니다. ‘Model Zoom In/Out 시, Node 까지 변경되지 않았으면 좋겠는데…’ 하시는 분들에게 유용한 기능이 되겠습니다. 다음과 같이 옵션 변경을 통해 Node 크기를 일정하게 유지할 수 있습니다. 아래 첨부드린 그림과 같이 상단 메뉴 바 Files > Preferences > Graphics > Graphics 항목에서 Node level of detail부분체크 해제해 주시면, Node 크기를 일정하게 유지할 수 있습니다. [그림1. Node level of detail 접근…
Modelica is an equation-based language that is especially well-suited for modeling the behavior of physical components. Activate supports several Modelica libraries, allowing users to create physical-based models, often simpler than their signal-based counterparts. Modelica components are acausal, which means that, instead…
Porosity is one of the major concerns in Casting Manufacturing. Air entrapment during filling and shrinkage porosity during solidification can compromise the quality and aesthetics of the casting product. Sometimes, it is not possible to 100% eliminate the porosity from casting. However, certain scenarios where optimizing…
Tag entities tag a piece of information, called the body, onto a node, element, line, surface, point, or solid within the model. They can be used to reference an entity across multiple versions of the same model. A tag consists of a label and a body, and must be assigned to an entity. Tags can be exported in solver deck ,…
In this video, we will continue with the modeling process described in the previous video (S-FRAME Multistory Builder - Elevation View), and focus our attention on modifying and managing your structure to accommodate design changes at any stage of the project. This includes adjusting column grid layouts, core wall…
In this video, we will continue with the modeling process described in the previous video, and focus our attention on defining the floor layouts and definitions within our model. This includes defining vertical 'stacks' of floors, drawing in our structural components, and modifying to meet our structural requirements.
In this video, we will introduce the Multi-View Interface (MVI) available in S-FRAME to create and manage multiple side-by-side views of your model within the same window. This facilitates more efficient modeling, and post-processing in a dynamic, and flexible interface that can be customized to your preferences.
Join us as we explore the setup and adjustment of Base Grids and Construction Lines in S-FRAME. This video is part of a series of videos exploring the Multistory Builder (MSB) where setting up the grids aids in model creation. This functionality, however can apply to other workflows as well.
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