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  • Mathworks Webinar: Physical Modeling in Simulink and Introduction to Simscape

    Join the webinar to explore physical modeling techniques in Simulink and the foundational capabilities of Simscape for multi-domain system simulation. The session outlines modeling workflows for mechanical, thermal, and electrical systems, along with strategies for integrating physical models into control design and system-level analysis. Practical demonstrations highlight simulation, verification, and performance evaluation approaches. For registration […]

  • Ansys Webinar: CFD Tips and Tricks for Students

    Join the webinar to explore essential tips and tricks for getting started with computational fluid dynamics (CFD). Learn the fundamentals of simulation, understand governing equations and discretization techniques, and discover effective meshing approaches. This beginner-focused session aims to help students build a strong foundation and improve their understanding of CFD workflows and simulation practices. For […]

  • Convergent Science Webinar: Validating Advanced CFD Models

    Join this webinar, to get an overview of validation workflow, how it supports both model development and applied engineering, and the benefits it offers to users. Webinar will cover three representative validation studies across different industries: hydrogen deflagration-to-detonation transition (DDT) modeling in long pipes, erosion prediction on solid surfaces due to sand-particle impact, and the […]

  • NAFEMS webinar: A Surrogate Modeling Framework

    Surrogate Modeling Framework for Fast Thermal–Mechanical Reliability Analysis of Discrete Power Packages An online technical session by NAFEMS explores approaches for improving reliability assessment in discrete power electronic packages. Miniaturization and increasing power density often lead to thermal stresses that can cause fatigue in solder joints during repeated thermal cycling. The discussion aims to examine […]

  • Ansys Webinar: FEA Tips and Tricks for Students

    Finite Element Analysis (FEA) is widely used in modern engineering to predict how systems perform under real-world conditions. A webinar by Ansys will introduce students from mechanical, aerospace, and civil engineering to practical aspects of this technology. The session aims to discuss key pre-processing steps such as CAD preparation and meshing, along with post-processing methods […]

  • Webinar: Solving Large Models in COMSOL Multiphysics®

    As simulation models increase in size and complexity, efficient solver strategies become critical for performance and scalability. This webinar aims to provide insights into handling large-scale multiphysics models, including solver selection, memory considerations, and the impact of computational resources such as parallelization and processor architecture. Join the webinar to explore methods for improving computational efficiency, […]

  • Cadence Webinar: High-Fidelity LES for EGR Gas Turbine Combustion

    Join the webinar to explore how Large Eddy Simulation (LES) enhance high-fidelity computational fluid dynamics for complex flow applications. The session aims to examine Cadence’s Fidelity LES solver with emphasis on GPU acceleration, while also addressing its application to exhaust gas recirculation (EGR) flows. It aims to cover transient turbulence modeling, meshing approaches, and practical […]

  • Siemens Future.Industry 2026

    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, […]

  • GT & Airbus AIAA Webinar: Engineering the Hydrogen Age

    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 […]

  • nTop webinar: End-to-End Heat Exchanger Design with CFD

    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 […]

  • Webinar: Ansys 2026 R1: Ansys Fluids What’s New

    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 […]

  • ToffeeX webinar: Physics-Driven Generative Design for Thermal Systems

    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, […]