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Tag: tribe_events
35 events found.
Simulation
Events
Calendar of Events
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The webinar, Physics AI Stack Required for Faster Engineering Decisions in the AI Era, aims to explore what Physics AI is, how it differs from general-purpose AI, and why engineering teams are exploring AI-native simulation workflows. The discussion covers its role alongside traditional simulation, testing and design exploration, while outlining five stack layers: deployment, platform, […] |
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The webinar Accelerate Product Development with an End-to-End MBSE Workflow examines how Model-Based Systems Engineering (MBSE) applies to the development of a modern electro-mechanical system, using an ePowertrain example. It aims to cover requirements definition, system architecture modeling, simulation, software development, verification, and safety analysis, while illustrating how a connected digital engineering approach supports collaboration, […]
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This NAFEMS webinar aims to examine the rapidly evolving convergence of EDA, MCAE, and AI, exploring the industry forces behind this shift, including major EDA vendors acquiring leading CAE software companies. It aims to discuss why this trend is occurring, its strategic implications for engineering organizations and software vendors, how AI is being used, and […] |
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This COMSOL Day aims to explore how multiphysics simulation can be applied to automotive engineering challenges, covering cabin acoustics, battery performance, power electronics, and electric powertrains. The event also addresses how established simulation workflows can be extended through specialized applications and connected to operational data via digital twins. Sessions aim to combine technical presentations with […]
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This session aims to examine how battery cell teardown analysis, AI-driven image processing, and simulation can be used to characterize electrode microstructures and identify design features beyond visual inspection. It explores how these structural characteristics relate to cell performance and how simulation can assess design trade-offs, while considering how data-driven insights support battery development, testing, […] |
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The webinar "Accelerating Next-Generation Battery Innovation with Materials Simulation" aims to explore how atomistic materials simulation supports the discovery and optimization of next-gen battery materials for denser, safer batteries in industrial applications. Discussion will cover material properties, transport, electrochemical stability, degradation mechanisms, and SEI formation, along with simulation strategies for solid-state, lithium-metal, lithium-sulfur, and alternative-ion […] |
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This webinar examines how Model-Based Design supports validation of AI-assisted engineering, using Simulink for requirements traceability, simulation, and production-ready verification. It aims to show how AI agents can automate test harness creation, scenario generation, and embedded integration tasks, while explaining how simulation and code generation workflows preserve repeatability and accountability for complex, safety-relevant systems. For […]
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This CODE V Discovery Training introduces an optical design software used to design, analyze, and optimize systems including camera lenses, telescopes, and photonics devices. It aims to familiarize participants with ray tracing, diffraction analysis, optimization, tolerancing, key considerations in imaging system design, and the software's interface and workflow. No prior CODE V experience is required. […]
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The webinar, "Computational Modeling of Industrial Burner-Furnace Assembly," explores the use of three-dimensional computational simulations to analyze an industrial regenerative burner-furnace assembly. It aims to cover the modeling of combustion, fluid flow, heat transfer, and radiation, while examining key considerations in industrial-scale simulations, including thermal boundary conditions, NOx prediction, radiation modeling, and computational efficiency. For […] |
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This digital summit by SAE International examines how artificial intelligence is being applied across design and simulation processes within the military and defense sector. Discussions aim to cover autonomous systems, sensor and perception technologies, digital engineering, and human-machine teaming, bringing together perspectives from the U.S. Army, defense contractors, and technology providers to explore current approaches […]
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The webinar aims to examine optical engineering workflows for earth observation systems, aerial drones, and airborne imagers across a variety of applications, focusing on telescope and imager architectures, optical system requirements and architecture development, stray-light control, and multispectral performance. It also discusses compute-driven design, GUI and script-based software workflows, and AI-assisted tools, with CODE V, […]
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This webinar aims to help student competition teams develop their design and analysis skills through practical guidance on Finite Element Analysis. Topics include mesh generation and quality, geometry simplification and CAD preparation using Discovery, material properties, boundary conditions, common FEA mistakes, and result validation techniques, providing guidance for applying FEA in engineering competition projects. For […]
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This webinar aims to provide an overview of design optimization using computational modeling, covering parameter, shape, and topology optimization. It will discuss available optimization solvers in COMSOL Multiphysics and how they can support different engineering design objectives. A demonstration will also illustrate how to set up and run a design optimization problem. For registration click […]
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This webinar addresses how disconnected workflows can increase implementation risk, delay decisions, and create rework in radar development. Using a radar Transmit/Receive Module as a case study, it aims to show how model-based systems engineering connects requirements, architecture, simulation, and verification through a unified workflow and digital thread. Topics include System Composer, linking requirements from […] |
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The session aims to examine the interpretation of CFD simulation results for Formula SAE vehicle aerodynamics. Using a real simulation from HyTech Racing, Georgia Tech’s Formula Student team, it covers flow behavior around wings, undertray, sidepods, and ducts, along with aerodynamic balance, pressure distribution, drag sources, and flow structures. It also discusses post-processing and applying […] |
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This five-day web-based training aims to develop a working understanding of Barracuda Virtual Reactor. Each day combines self-led materials with a scheduled one-hour web meeting focused on interaction with instructors and fellow participants. The course covers project setup, solver operation, and post-processing using Tecplot for Barracuda, with hands-on assistance available through private break-out sessions based […] |
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This online training course aims to introduce participants to the COMSOL Multiphysics modeling workflow, covering geometry creation, meshing, model setup, solution techniques, multiphysics coupling, error identification, and results visualization. It combines theoretical and practical lectures with guided exercises, while also addressing finite element methods, time-dependent problems, adaptive meshes, parameters, variables, and modeling best practices. For […]
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This webinar explores a "chip-to-rack" approach to thermal management in AI data centers, covering the shift from air to liquid cooling. It aims to cover direct-to-chip, cold plate, immersion, and two-phase cooling methods, along with multiphysics simulation tools such as Ansys Icepak, Fluent, Thermal Desktop, RedHawk-SC ET, and TwinBuilder. Real-world applications involving AI GPUs, liquid-cooled […]
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This webinar aims to explore probabilistic power flow using MATLAB and MATPOWER to assess power system performance under uncertainty. It covers moving from static planning cases to scenario-based analysis, including data preparation, uncertainty modelling, large-scale power flow simulations, and interpretation of constraint violations and risk exposure. Applications include renewable variability, electrification, data centers, network reinforcement, […] |
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This webinar aims to examine how optical simulation can support automotive system development across vehicle lighting, driver assistance, autonomous sensing, and immersive in-cabin experiences. It covers head-up displays, ambient lighting, adaptive headlamps, cameras, and LiDAR sensors, highlighting virtual prototyping and physics-based simulation for designing, optimizing, and validating systems before physical prototypes, while predicting performance, supporting […] |
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This event aims to examine how multiphysics simulation in the COMSOL Multiphysics® software supports battery design across performance, lifetime, safety, and cost considerations. Sessions cover electrochemical reactions, ion and electron transport, heat generation, fluid flow, and structural degradation, along with graphite electrode modeling, the Battery Design Module, capacity fade, and thermal management. The event also […] |
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