shonDy 是一款高性能计算流体力学求解器，专为精准高效地模拟复杂流体动力学场景而设计。
shonFlow 是一款通用的流场仿真软件，使工程师能够对多种工业流程中的流体流动进行建模与分析。
shonTA 是一款先进的热管理分析工具，能够为工程应用提供精确的温度场仿真。
shonMesh 是一款先进的网格生成工具，能够为仿真应用高效创建高质量的计算网格，从而显著简化前处理流程。
探索我们的完整案例库。
探索我们的汽车行业解决方案，了解舜云产品在车辆工程中的创新研究与应用。
探索我们的学术案例，了解舜云产品在高校科研与教学中的创新应用。
探索我们的基础案例演示。
Modern Electric Vehicles (EVs) demand precise and reliable thermal management to ensure performance, safety, and longevity.
In the previous article, we introduced the fundamental principles of the Lumped-Parameter Thermal Network (LPTN) method and demonstrated how it can be used to model heat transfer using equivalent thermal resistances.
In product concept design, it is vital to comprehend the overall temperature profile of the product and the energy transfer between its components, rather than solely focusing on the temperature distribution within individual components.
We strive to release major versions of our products at least once a year. In between these larger updates, we listen closely to your feedback and continuously improve our software.
What You’ll Find Here We’re excited to introduce our new blog section! Here, we’ll keep you up to date with our latest product developments and share insights into the numerical methods and development approaches that drive our work.
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