了解多物理场仿真在基础研究和产品设计中的应用
各个行业的工程师和科研人员都在使用多物理场仿真来研发创新的产品设计和流程。他们在 COMSOL 用户年会上展示了丰富的技术论文和演示文稿，您可以从他们的研究成果中寻找灵感。
使用左侧【快速搜索】工具查找您感兴趣的研究，或按照应用领域进行筛选。
查看 COMSOL 用户年会 2025 论文
High average power lasers are currently being designed for laser fusion applications. Single beamlines with ... 扩展阅读
为了证明膨胀对电池厚度变化的影响，传统p2d模型耦合移动边界法新建立了一个模型。对复合材料的比例进行了详细分类，以准确分析两种材料对容量的贡献。此外，还研究了电极设计（如活性层厚度和负极孔隙率 ... 扩展阅读
Bladder outlet obstruction (BOO) is a prevalent condition that characterises increased urethral resistance ... 扩展阅读
Bentonite is a versatile material that is, among other things, envisaged in most countries worldwide for use ... 扩展阅读
Decarbonization of the heating sector requires the exploitation of climate-neutral energy sources and the use ... 扩展阅读
Electrolytic hydrogen production stands as a beacon of promise within the realm of sustainable energy ... 扩展阅读
Soil sedimentation and consolidation, whether they are naturally or anthropically driven processes, are ... 扩展阅读
氢能燃烧值高且无污染，被认为是人类社会摆脱对化石能源依赖的理想能源。目前氢能应用的主要瓶颈是氢存储。而氢存储的主要方式中，金属氢化物因其安全性高，循环性能好的优点，得到广泛的研究。但由于金属氢化物吸放氢反应的热效应 ... 扩展阅读
Over the past million years, several cold ages have occurred and thereby caused perma-frost conditions ... 扩展阅读
The "Power to Gas" technology is a promising alternative for storing renewable electrical energy through ... 扩展阅读