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Digital Twin, Digital Thread & AI: The Foundation of the Next Industrial Wave
Digital twins: Mathematical Models Digital twins are virtual models built to support analysis and optimization across multiple stages of the product life cycle: design, manufacturing, operations, and maintenance. By a numerical mirror of the physical system, engineers can simulate “what-if” scenarios, detect potential…
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Altair Community Magnetics Chat Series
Join us for an exciting technical series where we will showcase the new capabilities of High Frequency and Low Frequency tools in Altair. This monthly series is designed to empower industry experts by providing them with insights into the latest features, workflows, and advancements in Altair’s Electromagnetics solutions.…
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What’s New in EDEM 2026 – Release Highlights
Altair® EDEM™ continues to set the industry standard for the Discrete Element Method(DEM). Now more powerful and user-friendly than ever, EDEM 2026 showcases our commitment to advancing optimization and simulation-driven design by delivering new key features for physics modeling and customization. With this latest release,…
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What’s New in Altair® FluxMotor® 2026
Altair FluxMotor 2026 FluxMotor 2026 introduces a modern, intuitive interface that’s more than just a fresh look—it’s a smarter way to work. With harmonized inputs and streamlined interactions across all modules, designing motors has never been easier. A standout addition is the 3D motor view, giving you a clear,…
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Altair® Flux® 2026 Release Highlights
Providing the most effective workflow for your electromagnetic simulation challenges is our main goal. With Flux’s core solving capabilities now seamlessly integrated into SimLab, setting up your models has never been faster—or more intuitive. The latest advancements in Flux 2025.1 and 2026 bring great productivity tools…
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Cosite Interference Analysis in SimLab 2026.0
Cosite interference is a critical challenge in modern communication platforms, where multiple antennas and radios must coexist in a shared environment without degrading each other’s performance. Altair SimLab offers a streamlined workflow to evaluate, visualize, and mitigate cosite interference, combining full-wave antenna…
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New eLearning Course - Structural Analysis with Inspire
We recently released a new eLearning course, Structural Analysis with Inspire. Structural Analysis with Inspire will give you practical experience to explore, evaluate, and optimize designs early in the development process. Use two solvers, leverage Design of Experiments, and practice applying connections, loads and…
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New eLearning Course - Shell Meshing with HyperMesh
We recently released a new eLearning course, Shell Meshing with HyperMesh. Shell Meshing with HyperMesh will give you experience preparing the geometry as well as the mesh. This includes both automated and interactive methods for shell meshing, and how to improve the mesh. Learn about Shell Meshing, at your own pace!…
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Interior Impacts Using Altair HyperWorks Safety Tools
The aim of this article is to show case the steps involved for positioning the head form for interior IP Impact using HyperMesh version 2023 Safety tool. Application Mainly used for positioning the head form for IP Impact regulation FMVSS 201 & ECE R21. Automatic creation of impact points on the testing area as per…
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New eLearning Course - Model Setup, Analysis and Results with HyperMesh
We recently released a new eLearning course, Model Setup, Analysis and Results with HyperMesh. Model Setup, Analysis and Results with HyperMesh will give you experience with the workflow needed for setting up an analysis. This includes working with properties and materials, boundary conditions, entities such as connectors,…
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Curvilinear Higher-Order Basis Functions (HOBFs) in Feko
Feko solver settings offer several options to choose different simulation approaches and sometimes it can be tricky to pick the best option for a simulation problem. In this article we discuss use cases where curvilinear higher order basis functions have advantages. The default option in Feko for MoM simulation are the…
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Unified Workflow for EDEM - AcuSolve Coupling in SimLab
SimLab is a process-oriented multidisciplinary simulation environment to accurately analyze the performance of complex assemblies. Multiple physics including structural, thermal, electromagnetics, and fluid dynamics can be easily setup using highly automated modeling tasks, helping to drastically reduce the time spent…