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Tag: tribe_events
35 events found.
Simulation
Events
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This webinar explores the integration of Ansys optiSLang with Ansys Lumerical to streamline photonic device design. It aims to demonstrate: Automated workflows for photonic design optimization. Sensitivity analysis to identify critical parameters. Multi-objective optimization strategies for finding ideal performance trade-offs. The session provides technical insights into using sensitivity analysis and optimization algorithms to refine integrated […] |
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This webinar outlines methods for configuring power system simulation models for real-time deployment using Simulink Real-Time and Simscape. It aims to demonstrate a 57-bus transmission system distributed across two processor cores with Bergeron transmission lines, while also covering integration of the real-time model with external control hardware and testing workflows. For registration click here.. |
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The webinar Testing Methodology for Electric and Hybrid Aviation Propulsion Systems explores the AVL Copper Bird, a Power Hardware-in-the-Loop (PHIL) testing methodology for electric and hybrid aviation propulsion systems. It aims to demonstrate how system-level ground testing can replicate near-flight conditions using real electrical power at megawatt levels. Key focus areas include: Validating electrical domains […] |
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The webinar Thermal Simulation of Atmospheric Re-entry from Low-Earth Orbit with TAITherm/MuSES and CoTherm examines spacecraft heating challenges during return from orbit. Using an Inflatable Atmospheric Decelerator case study, the webinar aims to demonstrate a 20-minute descent simulation across hypersonic and supersonic phases. Topics include transient heating, automated workflows, heat flux prediction, surface temperatures, and […]
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This webinar explores the simulation of biochemical sensors and diagnostic devices in COMSOL Multiphysics®. It focuses on mechanisms within bioreceptors and transducers, such as: Electrochemical, optical, and acoustic transducers Protein adsorption and enzyme kinetics The session aims to demonstrate how multiphysics modeling can be used to study mass transport and chemical reactions in the design […]
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This webinar examines a shift from traditional simulation workflows to automated optimization in MEMS development. It covers three core pillars: cloud-native multiphysics, programmatic control through APIs, and AI-enabled workflows. The session aims to demonstrate: Building automated, physics-informed design pipelines Using AI tools to navigate competing design parameters Transitioning from manual iteration to specification-driven solution exploration […] |
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The session outlines updates in Ansys Mechanical and Ansys Discovery under the 2026 R1 release, focusing on improving structural simulation workflows. It aims to highlight advancements in meshing, automation, and performance to support efficient problem-solving without compromising accuracy. Join the webinar to explore: AI-driven model setup using geometry recognition Simplified meshing with automated sizing controls […] |
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The session focuses on acoustic and transducer modeling using COMSOL Multiphysics, highlighting multiphysics interactions across mechanical, electrical, and acoustic domains. It aims to present simulation approaches for analyzing electroacoustic devices, including considerations such as losses and coupled effects, supported by example-driven workflows. For registration click here..
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This session outlines how simulation-driven engineering supports the development of hydrogen-based energy systems and e-fuels, with a focus on integrating renewable energy and enabling decarbonization pathways. Join the webinar to explore: Role of green hydrogen in energy transition & large-scale storage Engineering of electrolyzers and integration into energy systems COâ‚‚ capture approaches, including direct air […]
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This webinar focuses on approaches to developing useful simulation models using MATLAB and Simulink, addressing challenges in balancing effort and accuracy. It aims to cover different modeling methods, from prebuilt models to custom equations, and discusses integrating real-world and test data for parameter estimation. The session also outlines techniques for model validation, optimization, and applying […] |
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This beginner-friendly workshop aims to introduce engineering and physics students to Computational Fluid Dynamics (CFD) using Ansys Fluent, industry-leading software used by aerospace and automotive companies. Attendees will walk through the complete CFD pipeline, covering pre-processing, meshing, physics setup (defining inlet velocities, pressures, and fluid properties), solver execution, and post-processing including interpreting contours, streamlines, and […] |
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