В этом разделе представлены истории успеха ведущих высокотехнологичных компаний и исследовательских организаций из различных стран мира. Узнайте о разработанных с применением мультифизического моделирования инновационных продуктах в различных областях науки и техники, включая электрические, механические, гидродинамические и химические дисциплины. Чтобы найти истории успеха из вашей сферы деятельности, воспользуйтесь функцией быстрого поиска и узнайте, как можно использовать мультифизическое моделирование для улучшения ваших разработок.
Ниже приведены материалы на английском языке. Они также скомпанованы в журналы COMSOL News и Multiphysics Simulation. В меню слева можно найти некоторые переведенные версии этих журналов на русском языке.
COMSOL News 2021
COMSOL News 2020
COMSOL News 2021 Special Edition Biomedical

3D Modeling of Armor Losses in High-Voltage Cables

Ola Thyrvin, NKT, Sweden

NKT HV Cables used numerical modeling to investigate electromagnetic fields and calculate armor losses in 3D cable designs. Then, they validated their modeling results with experimental measurements to ensure confidence in their simulation-led design analyses. Читать дальше

Investigating Intrabody Communication for Leadless Cardiac Pacemakers

Mirko Maldari, MicroPort CRM, France

MicroPort CRM used numerical simulation to optimize leadless cardiac pacemaker (LCP) designs and how they communicate with each other within the human body for cardiac rhythm management in patients. Читать дальше

Producing Power, Protecting Fish with a Darrieus Water Turbine

Helger Van Halewijn, Physixfactor, Netherlands

Physixfactor used simulation to design a water turbine for use in coastal flood control structures in the Netherlands. The new turbine design reduced the fish mortality rate from 20% to less than 1%, and can also be used for hydropower generation. Читать дальше

Bringing Lab Courses to Remote Learning Students with Simulation Applications

Roman Voronov, New Jersey Institute of Technology, New Jersey, USA

A professor at the New Jersey Institute of Technology built 15 simulation applications for use in chemical engineering courses and virtual labs around the world. Читать дальше

Shaping the Design of Noninvasive Cosmetic Procedures with Multiphysics Simulation

Joel Jimenez Lozano, Allergan Aesthetics, California, USA

Allergan Aesthetics is using heat transfer and electromagnetics simulation to enhance CoolSculpting® and CoolTone®, separate noninvasive medical aesthetic procedures designed to eliminate targeted subcutaneous fat and strengthen muscles, respectively. Читать дальше

Optimizing Heat Exchanger Designs for Refrigeration and Cooling Technology

Julius Heik, thermofin GmbH, Germany

thermofin GmbH, a leading manufacturer of heat exchangers, ensures that their devices are optimized for a variety of client needs using multiphysics simulation. Читать дальше

Developing Ultrathin Dolby Atmos® Enabled Speaker Technology for Home Entertainment Systems

Lakshmikanth Tipparaju, Dolby Laboratories, San Francisco, California, USA

3D surround sound technology creates a premium and fully immersive audio experience for consumers. Dolby Laboratories has been developing innovative 3D surround sound technology for TVs, including Dolby Atmos® enabled speakers, with the help of acoustics simulation. Читать дальше

Investigating Vibroacoustic Properties in Moth Wings for Acoustic Camouflage

Zhiyuan Shen, University of Bristol, United Kingdom

Researchers at the University of Bristol modeled the acoustic camouflaging properties of moth wing scales to gain a better understand of the vibroacoustic phenomena at play. Their research could help develop acoustic camouflage techniques for use in other areas. Читать дальше

Designing a Lightweight Hyperloop Pod with Composite Materials

Mario Paolone, EPFLoop, Switzerland

The EPFLoop team competed at the 2019 SpaceX Hyperloop Pod Competition with a Hyperloop pod that was half the weight and twice the speed of their 2018 design with the help of composite materials modeling. Читать дальше

Optimizing a CVD Process for a High-Performance Tungsten Material

Leonard Raumann, Forschungszentrum Jülich GmbH, Germany

Researchers at Forschungszentrum Jülich GmbH, Institute for Energy and Climate Research, and Max Planck Institute for Plasma Physics used multiphysics modeling to optimize the chemical vapor deposition process for a tungsten material used in a fusion reactor divertor. Читать дальше