Articles techniques et présentations

In long industrial furnaces equipped with multiple ON/OFF burners, achieving a prescribed heating ramp while maintaining acceptable temperature uniformity is challenging because radiation and forced convection interact with strongly time-dependent heat input. This work presents a COMSOL ... En savoir plus

This work presents the development and evaluation of surrogate models based on deep neural networks (DNNs) for accelerating numerical simulations performed in COMSOL Multiphysics. The main objective of the study is to investigate how numerical simulation parameters and neural network ... En savoir plus

Small EVs (100-600 nm), sub-micron lipid-bilayer particles, are promising therapeutic agents for conditions like neurological disorders and cancers, which can cross biological barriers, such as the blood-brain barrier, the gut barrier, and tumor barriers, to aid repair or to be modified ... En savoir plus

In the context of pure oxygen storage and transportation, such as production facilities, spacecraft propulsion systems, and medical oxygen supply, severe accidents still occasionally occur. These incidents, including facility damage, storage tank explosions, and even the complete loss of ... En savoir plus

COMSOL Multiphysics provides powerful tools for solving partial differential equations (PDEs), including the Coefficient Form, the General Form and Weak Form PDE interfaces. However, both require users to reformulate their equations into specific mathematical representations before ... En savoir plus

Industrial microwave heating simulations often require the representation of large cavities, multiple feeding ports, distributed food loads, and supporting structures. In the present work, a full-scale electromagnetic model was required because preliminary analyses showed that a reduced ... En savoir plus

Implantable continuous glucose monitoring systems are an emerging technology in diabetes management. Developing a device that incorporates such a sensor requires extensive experimental testing in a regulated medical-device environment to inform design decisions, optimise sensor ... En savoir plus

Solid state defects are a promising candidate for many applications in quantum technologies [1-3], whereas their potential usage as qubits for quantum computing is most prominent. [3] Therefor, quantum state manipulation needs to be performed and necessitates resonant microwave ... En savoir plus