CELSIUS为您的桌面提供了功能强、易于使用的3D热设计和分析工具。它提供快速、准确的结果、边界的准确建模和开放区域问题的简单分析。
在包括零件成型、粘合和硬化在内的很多应用中，被加热零件内随时间的热量分布是不可缺少的。如果没有这些知识，该过程将以特别的方式执行。结果，这种知识的缺乏将在质量、上市时间或过多的材料和能源成本方面增加产品成本。
除了模拟零件外，设计加热零件的环境也很紧要。对于感应加热，线圈的形状可以在加热过程中发挥作用。此外，加热设备可以以不同的频率驱动，这也会影响加热过程的质量和效率。为了迎合这些问题，需要有限元或有限元方法的组合。真正的问题是了解过程并找到产生有用结果所需的模拟水平。
特征：
应用：
系统要求：
64位操作系统
Microsoft? Windows 10或更高版本
安装需要大约110MB的磁盘空间
3D程序
至少4GB的RAM运行，但对于应该使用16GB或更多RAM的较大问题，不建议这样做。使用的RAM越多，解决大问题的速度就越快
强烈建议使用多核处理器，因为3D程序是多线程的
【英文介绍】
CELSIUS delivers a powerful, easy to use, 3D thermal design and analysis tool right to your desktop. It provides fast, accurate results, exact modeling of boundaries and easy analysis of open region problems.
In many applications including part forming, bonding and hardening, the heat distribution over time within the part being heated is essential. Without this knowledge the process is carried out in an ad hoc manner. Ultimately, this lack of knowledge will be an added cost to the product in terms of quality, time to market, or excess material and energy costs.
In addition to simulating the part, designing the environment in which the part is heated may also be important. For induction heating, the shape of the coils can play a major part in the heating process. In addition, the heating equipment can be driven at different frequencies which will also affect the quality and efficiency of the heating process. To cater to these problems, a finite element or a combination of finite element methods is required. The real question is to understand the process and find the level of simulation required to produce useful results.
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