A space for simulation related technical resources and discussions.
This article was co-written by Spiros-Foivos Mallios & Georgios Giannakouros. Abstract In this article, we will discuss how to speed up CFD simulations leveraging AI-Enabled Reduced-Order Modeling. More specifically we will focus on the mixing process of an industrial tank. The goal is to enable fast predictions of the…
In this video we will highlight the workflow for performing a composite steel design on a structure using the Korean Steel Design Codes in S-FRAME.
S-FRAME 2025 Product Suite is here! We are excited to share the latest release of S-FRAME’s family of tools. This is a major update as new design codes have been added for steel and concrete designs, allowing for even more flexibility on your projects. Stability and performance have been improved as well, as also some…
Introduction: The aerospace ribbon offers a collection of tools developed by the aerospace field team to solve specific challenges faced in the aerospace field. However, it is available and useful for users in any field. This series of posts will document the capabilities of those tools and provide sample models to try…
Several useful Compose eBooks that dive deeply into different aspects of modeling with Altair Compose have been published. I'm creating this discussion for anyone interested to have access to them from a single source. These Compose eBooks are: A Guide to Learn Math, Scripting, Data Analysis and Visualization with Altair…
Motion This discussion explains the Python code for assigning variables to motion entities such as motors, actuators, coil springs, torsion springs, translational initial conditions, rotational initial conditions, and motion contact friction coefficients. Motor #Create variable model.variables.add("Angle", type=None,…
Executing custom DOE points in HyperStudy Hello HyperStudy users, HyperStudy has different methods for performing DOE (Design of Experiments) studies such as Modified Extensible Lattice Sequence (MELS), Sobol Sequence etc. for the space filling requirements & Fractional Factorial, Full Factorial etc. for the design…
Hello HyperStudy users, HyperStudy reads results of a complete CAE model & defining output responses on specific components & sets (nodes/elements) is not available by default. Also, HyperStudy cannot add output responses for specific HyperView post-processing settings such as Corner Data, Averaging etc. by default. Hence,…
Visualizing 3D simulation Results in HyperStudy Hello HyperStudy users, A new ‘3D Visualization’ feature has been added in HyperStudy from 2023.1 version. Using the 3D Visualization’ feature, users can visualize the 3D simulation model static results in HyperStudy (as shown below). To understand the working of the ‘3D…
Overview This article aims at providing a methodology to setup a 2D-axisymetric Radioss simulation within HyperMesh. This article includes: A full report describing the different keywords to be used, the meshing techniques, the BCS and contact definitions, the mass calculation and a usecase example. The ready-to-use…
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