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Iberian COMSOL Multiphysics Conference 2026

STUDENT WORK GALLERY

Master’s Thesis Projects

Explore selected final projects developed by students of the Multiphysics Modeling School.

These works showcase applied simulation, numerical modelling and multiphysics analysis across different engineering fields.

  • Master´s Thesis
  • 2025

Numerical analysis of an acoustic leaky wave antenna for underwater applications

This thesis presents a COMSOL Multiphysics simulation of an underwater acoustic leaky wave antenna, coupling pressure acoustics and solid mechanics to study frequency-dependent beam steering, directivity and radiation efficiency.
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  • Master´s Thesis
  • 2025

Omnidirectional loudspeaker driver with sectors membrane

This thesis presents a COMSOL Multiphysics simulation of a Walsh-type omnidirectional loudspeaker driver, coupling magnetic fields, solid mechanics and pressure acoustics to study sectorized membrane materials and acoustic response.
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  • Master´s Thesis
  • 2025

Multi-Fuel Burner Design for Hydrogen and Ammonia Combustion

This thesis presents a COMSOL Multiphysics simulation of ammonia-hydrogen combustion in a multi-fuel burner, using 0D CSTR models, Arrhenius kinetics and thermodynamic coupling to study fuel conversion and combustion behaviour.
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  • Master´s Thesis
  • 2025

Acoustical Behavior of an Air Motion Transformer AMT Transducer

This thesis presents a COMSOL Multiphysics simulation of an Air Motion Transformer transducer, coupling acoustics, structural mechanics and magnetic fields to study its vibroacoustic and electroacoustic behaviour.
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  • Master´s Thesis
  • 2024

Hamlet Solar Concentrator

This thesis presents a COMSOL Multiphysics simulation of a Hamlet solar concentrator, using ray tracing, Fresnel optics and total internal reflection to analyse optical power concentration on a photovoltaic cell.
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  • Master´s Thesis
  • 2024

General Purpose Photocatalytic Reactor Model

A COMSOL Multiphysics project modelling a TiO2 photocatalytic reactor for phenol degradation, coupling ray optics, species transport, laminar flow, heat transfer and chemical kinetics.
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University-level training and certified consulting in COMSOL Multiphysics, connecting academic rigor with real-world simulation projects.

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