在这里,您可以获取来自全球领先的高科技企业和研究机构的成功案例,发掘多物理场仿真技术在各领域(包括电气、机械、流体和化工等)产品设计及创新中的应用。请使用“快速搜索”功能查找与您的专业领域相关的案例,了解如何使用多物理场仿真来改进生产工艺。


欢迎阅读《COMSOL News》和《多物理场仿真》杂志,了解最新的 COMSOL 用户案例。

中文带有此标签的案例包含中文 PDF 文档

COMSOL News Magazine 2019
COMSOL News Magazine 2017 Special Edition Acoustics
Multiphysics Simulation 2018 China

仿真 App 助力汽车音频系统设计 new 中文

Michal Bogdanski, François Malbos, and Michael Strauss, HARMAN International, France

Audio entertainment systems for luxury cars must provide end users with the highest quality of in-car listening experiences. Engineers at HARMAN International use multiphysics simulation to design systems with the entire car in mind, and build applications to streamline their processes. 扩展阅读

Optimizing Instrument Transformers and Sensors with Multiphysics Simulation new

Nirmal Paudel, ABB, North Carolina, USA

Power grids need to be properly maintained in order to protect them from system failure. Engineers at ABB use multiphysics simulation to design instrument transformers and sensors that can withstand overvoltages and be used in submersible underground vault applications. 扩展阅读

Optimizing a GIS for High-Voltage Distribution with Multiphysics Simulation new

Bo Zhang, Pinggao Group, China

To speed up the development process for a gas-insulated, metal-enclosed switchgear (GIS), while significantly reducing costs, Pinggao Group used COMSOL Multiphysics®. They also built a simulation application that enabled collaboration on the design throughout the organization. 扩展阅读

Illuminating the Physics Behind Electromagnetics Concepts with Applications new

Nathaniel Kinsey, Virginia Commonwealth University, Virginia, USA

Electrical engineering students find it hard to visualize the electromagnetics concepts they are learning. To remedy this issue, a professor at Virginia Commonwealth University built specialized simulation applications, distributing them to students as part of the lesson plan. 扩展阅读

Lighting the Way for Improved Synchrotron Vacuum Chambers at RadiaSoft new

Nicholas Goldring, RadiaSoft LLC, Colorado, USA

One of the goals of the Argonne National Laboratory (ANL) is to increase the brightness of synchrotron beams for the Advanced Photon Source particle accelerator. To do so, engineers from RadiaSoft LLC created simulation applications to design optimized synchrotron vacuum chambers. 扩展阅读

ITW Uses Multiphysics Simulation to Cook Up Smart Microwave Oven Designs

Christopher Hopper, ITW, Illinois, USA

To design a "smart oven" with solid-state, convection heating, engineers at Illinois Tool Works (ITW) Food Equipment Group turned to multiphysics simulation and specialized applications. The finished product is able to cook food faster and more efficiently than conventional appliances. 扩展阅读

Understanding Brillouin Optomechanical Interaction with Multiphysics Modeling

Thiago Alegre, Paulo Dainese, and Gustavo Wiederhecker, University of Campinas and Corning, Brazil

Researchers from the University of Campinas and Corning wanted to see how photoelastics and moving boundary effects work together to enhance (or suppress) Brillouin scattering in waveguides, optical fibers, and other nanophotonic structures. To do so, they turned to numerical modeling. 扩展阅读

大型电气设备性能的仿真优化 中文

张博,平高集团有限公司,中国

常规的变电站中包含了大量的电气设备,GIS 是一种新型的高压配电装置。平高集团使用 COMSOL 多物理场仿真软件提高了 GIS 设备的研发效率,大幅减少了产品的研发成本,并通过仿真 App 为企业内跨部门的合作提供了极大的便利。 扩展阅读

螺旋天线助力核聚变反应 中文

Humberto Torreblanca, General Atomics, USA

由美国通用源子能公司(General Atomics)建造的 DIII-D 托卡马克装置的内部温度必须达到太阳核心温度的十倍以上,才能实现核聚变。为此,他们正在设计并建造一种新型加热系统,该系统采用了能注入 1 兆瓦的射频能量的螺旋天线。DIII-D 托卡马克装置的操作团队使用多物理场仿真对托卡马克容器内外的磁场分布、螺旋天线的电场分布和射频损耗等进行全面分析,从而优化天线设计。 扩展阅读

英国国家电网对地下电缆线路进行仿真分析 中文

David Scott, UK National Grid, United Kingdom

在英格兰和威尔士,管理高压输电网这一职责由英国国家电网承担。准确计算电缆的额定值(正常温度区间内电缆所能承受的最大负载)是一项重大任务,这是解决拥挤地带施工建设、电缆密集、环境影响等问题,以保证用电安全、可靠以及电价实惠的根本。借助多物理场仿真,英国国家电网能够模拟土壤干燥度、土壤开裂程度及其他电缆的邻近效应对电缆性能的影响,从而以最少的成本提升电缆容量。 扩展阅读

第一页
上一页
1–10 of 181