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Events
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Comsol webinar: Modeling Structural-Thermal-Optical Performance
Optical systems at high altitudes, in space, underwater, and high-power laser and nuclear applications face structural loads and extreme temperatures. This webinar aims to show how COMSOL Multiphysics® couples ray-tracing with structural and thermal analyses in a self-consistent structural-thermal-optical performance (STOP) model, accounting for thermal stress, deformation, and temperature-dependent refractive index effects on ray trajectories, […]
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Ansys webinar: Power Electronics Digital Twins
This webinar aims to demonstrate how Saber enables virtual prototypes, or digital twins, of power electronics and motor drive systems, integrating electrical, thermal, magnetic, hydraulic, mechanical, and control domains in one environment. It covers modeling of semiconductors, motors, cooling systems, and mechanical loads, digital control validation, system-level performance, stress, and margin analysis, optimization, reliability, functional […]
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AVL webinar: Ambient Air Monitoring
The webinar aims to explore ultrafine particle and black carbon monitoring for ambient air quality assessment. It examines how particle number measurements complement PM mass data, the principles of condensation particle counting, and field observations of urban pollution, traffic-related patterns and short-term concentration peaks. It covers the AVL UltraFine Particle Monitor’s continuous measurement, sampling, butanol […]
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ThermoAnalytics webinar: Synthetic Imagery for Human Detection
The webinar “Accelerating Human Detection Algorithm Development with Synthetic EO/IR Imagery in MuSES” explains how physics-based simulation in MuSES, with target models and CoTherm, aims to create synthetic EO/IR images of people in varied clothing, poses, environments, and sensor views. These images are used with YOLO11 to train and test detection algorithms, reducing the need […]
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Mathworks webinar: MATLAB Interface for Cantera
The webinar introduces Cantera, an open-source software package for modeling chemically reacting systems, and its modern MATLAB interface. It aims to demonstrate reproducible thermochemical, kinetic, and reactor-network simulations directly within MATLAB, including integration with MATLAB analysis and visualization. The session also covers interface installation, practical chemical engineering examples, and development aspects such as testing, documentation, […]