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This video discusses new features in Abaqus for managing nonlinear loads and history independent loading. It will provide a number of examples of workflows that can be modestly reconsidered with significant improvement.
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SIMULIA Opera is an electromagnetic finite element simulation code. It can calculate the fields produced by superconducting materials with extreme accuracy and can model the quenching process including electromagnetic fields, heating, forces and circuits.
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In this blog, an electro-thermal simulation is summarized which was applied to a load break switch under steady state conditions with CO2 gas as the insulating medium. Increased temperature has adverse effects on the aging and performance of the equipment. Such numerical simulations can be applied to other power equipment, such as transformers, and extended to include establishing dielectric breakdown risk and structural integrity.
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SIMULIA CST Studio Suite is a world-leading tool for modeling transient phenomena such as electrostatic discharge. Using a transient solver to generate and propagate the voltage spike and using specialized meshing and material models to create the geometry and ensure speed and accuracy, allows the designer to gain rapid feedback on how a design will hold up.
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SIMULIA’s newly released PowerDELTA® 6-2022 enables automation through Operations Templates and Precise wrap.
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The building industry is the largest emitter of CO2. Simulation can help reduce these emissions and improve HVAC.
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SIMULIA’s newly released PowerDELTA® 6-2022 enables automation through Operations Templates and Precise wrap.
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An efficient workflow for urban air mobility, which benefits from integration of parametric design, simulation and optimization.
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Industry Analysts are predicting that vehicle miles traveled globally will double to 20 trillion miles by 2030. Advanced methods for Cleat Impact will enable tire manufacturers to comply with increasing regulations.
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This e-book highlights some of the key insights from the 3DEXPERIENCE® Modeling & Simulation (MODSIM) Conference 2021. Learn from simulation, modeling, and design experts benefiting from a MODSIM approach.
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Watch how SIMULIA helps to optimize engineering designs in the Aerospace and Defense industry. Our software solutions can simulate normal cruise conditions, as well as dynamic conditions such as takeoff and landing, buffeting, and aerodynamic degradation from icing conditions.
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Learn how electromagnetic simulation finds lightning/EMP vulnerabilities in digital infrastructure design before construction of a building.
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Learn how simulation can help ensure the safety of eVTOL aircraft.
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This blog post illustrates how structural simulation can identify regions of tensile stress within concrete structures, and predict the formation and propagation of cracks, both under uniform loads and blast loading.
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The European Commission plans for new eco-design and efficiency labeling regulations for mobile devices and tablets. Learn how simulation helps design robust electronics
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Jette Lorsbach from the University of Stuttgart’s Akaflieg Stuttgart describes their current project, a workflow using Abaqus to develop a fly-by-wire glider.
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Learn how you can benefit from cloud-enabled simulation with proven technology from SIMULIA®, including Abaqus, fe-safe, and CST.
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This post is a continuation in a series about simulation on the 3DEXPERIENCE platform and some of the roles you can find there. This week we are focusing on the Antenna Placement Electromagnetics Engineer role and how it can help antenna system integrators and simulation specialists to collaborate on the assessment and validation of installed antenna performance.
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Jette Lorsbach is with the University of Stuttgart’s Akaflieg Stuttgart, a student organization with a goal of developing, building, and flying unique and interesting aircraft prototypes. This blog describes a current project, a workflow using Abaqus to develop a fly-by-wire glider.
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Powered by SIMULIA, the 3DEXPERIENCE SIMULATION portfolio offer you comprehensive ability to simulate complex physics at scales never before attainable. With structural, fluid flow, plastic injection, and electromagnetic simulations, you are empowered more than ever to design better products and exceed your goals.
