COMSOL Conference 2026 Proceedings
プログラム委員会に採択された論文, ポスター, スライドショー
COMSOL Conference 2026 では, 世界中のエンジニア, 研究者, 科学者が, 主要な産業分野および学術界におけるモデリングとシミュレーションの活用事例を紹介しました. クイック検索ツールを使用して特定の発表を検索したり, トピックやイベント開催地での絞り込みができます.
Mine hoists are significant capital investments, so their efficient, safe, and reliable operation are of vital importance to mining companies. ABB delivers numerous drum hoisting systems to underground mines in China, South Africa, as well as to Poland. ABB mine hoists are one of the ... 詳細を見る
As part of its research, the Group of Electrical Engineering-Paris (GeePs) uses COMSOL Multiphysics software for applications such as material modelling in Electrical Engineering, electromagnetic compatibility and Eddy current non-destructive testing (EC-NDT). EC-NDT is an easy-to-use ... 詳細を見る
In recent years, the development of artificial intelligence has enabled some disruptive innovations by changing the way research is conducted. More specifically, in computer science, a new way of developing algorithms has emerged, based on machine learning techniques. The core idea is to ... 詳細を見る
Surrogate Models are used to predict the power transmission of an Electric Road System (ERS). The ERS consists of a transmitter coil integrated into the road and a receiver coil underneath an electric vehicle. Accordingly, this technique enables the dynamic charging of the vehicle via ... 詳細を見る
The storage of CO2 in the sub-surface is seen as a technology that can contribute to the generally accepted goal of a de-carbonized society. As real field experiments are hardly feasible, many current studies utilize the capabilities of numerical modelling. Concerning the practical ... 詳細を見る
The aim of this study is to predict deformed shapes of electronic packages after molding process through finite elements analysis (FEA). Warpage phenomenon is studied on different types of manufacts: a simple dual beam sample composed of copper and molding compound, a single package ... 詳細を見る
Thermoelectric sensors, which are capable to convert temperature gradients into electrical signals, hold promise for use in wearable body-temperature monitors and self-powered electronic devices. However, traditional flexible thermoelectric devices constructed with organic materials have ... 詳細を見る
消声器结构简单、维护成本低，已经成为工业噪声治理的主要手段之一。由于现代工业噪声水平高、低频大波长、环境复杂等特性，对消声器消声性能提出更高需求的同时，对其结构、材料及设计理论提出更高要求。传统消声器中多孔材料内部粘弹-热属性受流相中空气本征态限制，无法在有限空间内实现高效低频消声，（声学）超构材料的出现为其提供新思路与方法。 鉴于此，本文主要开展（超构）消声器设计理论与优化方法研究。首先，依据测量结果，提取噪声信号的频谱特性，结合数据库及其挖掘技术，采用人工智能算法，设计超构材料并选取多孔材料；其次，根据阻抗匹配技术，迭代材料结构与尺寸参数，优化其消声特性；最后 ... 詳細を見る
