En la Conferencia COMSOL 2025 de Ámsterdam, tendrá la oportunidad de ver cómo otros ingenieros e investigadores utilizan el modelado y la simulación en sus respectivos campos. Entre otras sesiones, los tres días de la conferencia incluirán dos sesiones con ponencias invitadas consecutivas, seleccionadas por el comité del programa a partir de las propuestas de Showcase Your Work.

Vea la lista de charlas invitadas a continuación:

SESIÓN 1

• "3D Microstructure-Resolved Modeling of Zinc–Air Batteries: Impact on Rechargeability and Performance", por Mahshid Moradi, Technical University of Berlin
• "Coupling Multiscale Phenomena in Alkaline Electrolyzer Stack Simulation Using Reduced-Order Models", por Kresten Juel Jensen, resolvent P/S
• "Analyzing the Interplay Between Strain, Temperature, and Optical Response in GeSn Microstructures", por Costanza Lucia Manganelli, IHP - Leibniz Institute for Innovative Microelectronics
• "Impact of the Key Aging Mechanisms in NMC Batteries and Their Consequences in Degradation", por Rashid Ahmed Rifat, BIC-MOBI, Vrije Universiteit Brussel

SESIÓN 2

• "How to Build a Digital Twin with a COMSOL App for Industrial Continuous Monitoring", por Giuseppe Petrone, BE CAE & Test
• "Simulation Apps at LEONI: Use Cases, Challenges, and Solutions Within a Global Company", por Michael Dauer, LEONI Bordnetz-Systeme GmbH
• "A New Licensing Tool for Compiled COMSOL Apps", por Daniel Ericsson, Deflexional AB
• "3ω-method in Production Flow for Thermal Flow Sensors", por Yuliia Tykhonenko-Polishchuk, Saxion University of Applied Sciences, LED, Applied Nanotechnology Research Group

SESIÓN 3

• "Innovative Product Design in EV Charging Connectors: Leveraging Topology and Shape Optimization", por Roman Obrist, Huber+Suhner AG
• "Modeling and Optimization of 3D Electroformed Ni Electrodes for Alkaline Electrolysis in COMSOL®", por Abimbola Ashaju, Veco B.V.
• "Lifetime Prediction of PEM Fuel Cells in Maritime Applications", por Binaya Baidar, ABB
• "3D Transient Simulation of a Planar SOFC: Bridging Microstructure and Multiphysics Models", por Mohamed El-Hachemi, Luxembourg Institute of Science and Technology

SESIÓN 4

• "Modeling Superconductor AC Losses in the STEP TF Magnet During Plasma Initiation", por P.C. Spruijtenburg, Demcon multiphysics
• "Evolution of a Geological Disposal Facility for Radioactive Waste in Domal Salt", por Jeroen Bartol, COVRA
• "Development and Utilization of Models for the Electrical Conditions in Submerged Arc Furnaces (SAF)", por Manuel Sparta, NORCE Research
"Multiphysics Modeling of Electrohydrodynamic Drying — A Staggered Modeling Approach", por Zulhaj Rizki, Wageningen University

SESIÓN 5

• "Simulation and Validation of the Transfer Molding Process of a Large-Scale Power Semiconductor Module", por Cédric Kocher, University of Applied Sciences and Arts Northwestern Switzerland, Institute of Thermal and Fluid Engineering
• "Efficient Thermohydrodynamic Lubrication Modeling of Polymer Sliders Accounting for Cavitation", por Giorgos Kakolyris, Delft University of Technology
• "Computational Modeling of Lymph Node Flow, Cell Transport, and Tissue Mechanics", por Riana Priya Kandhai, University of the West Indies
• "Modeling the Dry Conversion Process with COMSOL Multiphysics®", por Patrick Namy, SIMTEC

SESIÓN 6

• "Surrogate Modeling-Based Optimization in Horology", por Gaétan Simonnot, HEPIA, University of Applied Sciences and Arts Western Switzerland
• "Synchrotron X-Ray and FE Modeling of Flax Yarns for Technical Textile Applications", por Sofiane Guessasma, INRAE
• "Modeling of the Molten Metal Hydrodynamics in Vacuum Arc Cathode Spots Using the Level Set Method", por Anamaria Spataru, Siemens Energy
• "Boosting the Actuator Efficiency of Reluctance Actuators with Permanent Magnets", por Mariёlle Meijer, Demcon high-tech systems