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Tag: tribe_events
35 events found.
Simulation
Events
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Future.Industry 2026 is a global virtual event organized by Altair (now part of Siemens) that focuses on emerging technologies influencing modern engineering and industrial development. The event brings together professionals, researchers, and technology leaders to discuss advancements in areas such as artificial intelligence, simulation, data analytics, and high-performance computing. Through a series of keynote presentations, […]
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Engineering the Hydrogen Age: Multi‑Physics Simulations for ZEROe Aircraft This webinar aims to provide insights into Airbus’ ZEROe initiative and how simulation supports the development of hydrogen-powered aircraft. It focuses on using GT-SUITE to model complex processes such as liquid hydrogen flow, thermal behavior, and pressure variations. The session also highlights how multi-physics simulation helps […]
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This webinar aims to provide insights into using cloud-based high-performance computing to accelerate engineering simulations and improve workflow efficiency. It focuses on overcoming hardware limitations by enabling scalable, on-demand compute resources integrated with simulation tools. Attendees will learn: Use of cloud computing to run complex simulations faster Simplified deployment and reduced dependence on local infrastructure […] |
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This webinar aims to outline an end-to-end workflow for designing high-efficiency heat exchangers by combining advanced geometry generation with integrated CFD simulation. Join the webinar to explore: Use of implicit modeling to create complex, performance-driven geometries Application of TPMS and lattice structures for enhanced thermal performance Integration of conjugate heat transfer (CHT) simulation within the […]
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This webinar aims to present updates in the Ansys Fluids portfolio for the 2026 R1 release, with a focus on usability, automation, and simulation performance. It will cover Ansys Fluent, Ansys CFX, Ansys FreeFlow, Ansys Rocky, and Ansys Thermal Desktop. Join the webinar to explore: GPU and CPU solver enhancements and web interface updates in […]
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Systems Engineering for Education: A Robotic Arm Case Study This webinar aims to demonstrate how modern engineering education can be enhanced by applying Model-Based Systems Engineering (MBSE) through a practical robotic arm case study. Join the webinar to explore: How MBSE concepts and systems thinking can be introduced in engineering learning Methods to model requirements, […] |
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Episode 3 – ToffeeX as your CFD engine This is a four-session webinar series focused on applying physics-driven generative design to thermal system engineering. Join episode three to explore how CFD is integrated within ToffeeX to simulate and compare design alternatives within a unified workflow. The session aims to show how engineers can evaluate performance, […] |
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This upcoming webinar provides an overview of the ongoing research and development efforts behind 6G wireless systems. It aims to highlight how modeling and simulation are used to evaluate design choices and system performance in early-stage development. Join the webinar to explore: Use of sub-THz frequency ranges and extended waveform modeling AI/ML applications in wireless […] |
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As hydrogen-fueled systems advance, accurately capturing combustion behavior in simulations is becoming essential. This session examines hydrogen combustion modeling using CONVERGE CFD, focusing on practical workflow considerations. Join the webinar to explore: Simulation of flashback, pre-ignition, knock, and lean blowout Setup of detailed chemistry and turbulence–chemistry interaction models Approaches for predicting NOx emissions and combustion […] |
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This webinar examines how granular materials such as powders and pellets can be simulated in COMSOL, with a focus on capturing particle-level and bulk behavior. Join the webinar to explore: Discrete Element Method (DEM) for particle interactions and motion Coupling with fluid flow and structural effects Applications such as mixing, transport, and storage of granular […] |
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This webinar explores design and optimization of semiconductor fabrication equipment using COMSOL Multiphysics®, specifically focusing on plasma-enhanced chemical vapor deposition (PECVD) reactors. It aims to: Address mechanical design challenges using fluid dynamics and thermostructural simulations. Establish critical design parameters for process uniformity. Correlate simulation results with experimental data to improve equipment performance and reliability. For […]
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Episode 4 – Advanced Features: Patterning & Seeding This is a four-session webinar series focused on applying physics-driven generative design to thermal system engineering. Join the final episode to explore how patterning and seeding constraints provide greater control over the optimization process. The session examines techniques for guiding software-generated geometries using initial designs and specific […] |
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This webinar explores the commonly used “six elements per wavelength” guideline in acoustic simulations and its practical limitations. It aims to clarify mesh selection by discussing: Identification of relevant wavelengths in fluid and structural domains Influence of element type and order on accuracy Conditions where the rule applies or breaks down Examples illustrating mesh density […] |
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The webinar Full-Vehicle Modeling and Simulation for Formula Student Cars focuses on the development of full-vehicle simulation models for Formula Student race cars. It aims to present a system-level modeling approach by: Integrating vehicle dynamics, suspension, tire behavior, and electric powertrain systems into a unified model Analyzing performance under representative driving scenarios using multibody simulation […] |
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This global event explores the integration of artificial intelligence within modeling and simulation (MODSIM). It aims to demonstrate how a unified data model on the 3DEXPERIENCE platform supports: Assessing the impact of design changes Enabling collaboration across engineering functions Managing resources across industries such as aerospace, transportation, and construction Industry representatives from Jaguar Land Rover […]
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This webinar explores thermal analysis for spacecraft and satellite design using COMSOL Multiphysics®. It aims to address the challenges of maintaining temperature-sensitive components within safe ranges to prevent structural deformation or damage. The session includes a demonstration of computing solar, albedo, and Earth infrared radiative heat loads, while illustrating how these variables influence temperature fields […] |
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This webinar aims to provide an overview of the latest updates in Ansys Discovery 2026 R1, focusing on how early-stage simulation is being extended to support more comprehensive engineering analysis. It outlines developments in model preparation, physics capabilities, and integration within the broader Ansys ecosystem. Join the webinar to explore Enhancements in geometry handling and […]
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This session explores how modeling tools such as MATLAB, Simulink, and SimBiology are applied in bioreactor design and process optimization. It aims to demonstrate methods for developing bioreactor models, estimating reaction kinetics, and performing sensitivity analysis. It also covers use of Global Optimization Toolbox and Simulink Design Optimization to simulate and evaluate varying operating conditions. […] |
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This webinar explores full-wave modeling for optical interactions with wavelength-sized structures using COMSOL Multiphysics and the Wave Optics Module. It aims to demonstrate: Simulating single metallic or dielectric nanoparticles and periodic nanostructures. Applications including diffraction gratings, photonic crystals, dielectric mirrors, and plasmonic devices. Setting up geometries, frequency-dependent material properties, and incident light parameters. For registration […]
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This webinar explores how a HiL-centered workflow aims to unify fragmented automotive validation. Key discussion points include: Positioning HiL as the central execution environment for SiL, simulation, and vehicle testing. Integration with CI/CD pipelines and automated infrastructures. Managing software complexity in SDVs. Practical deployment lessons for multi-domain, scalable architectures. For registration click here.. |
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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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