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Recent advances in thermal/flow simulation: integrating thermal analysis into the mechanical design process

机译:热/流模拟的最新进展:将热分析集成到机械设计过程中

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There has been increasing interest in and emphasis on the use of computer based analytical tools for simulation of thermal phenomena in electronic systems. Concurrent engineering of such systems demands the complete integration of analysis tools into parametric mechanical design software. Intelligent and associative integration between design and analysis activities can effect more rapid turnaround. Analysis can drive the design process and down-stream activities which alter the design will automatically update analysis models. A next generation system has been developed, based on proven simulation technology, that improves efficiency over currently available solutions. The package combines the intuitive characteristics of thermal network modeling with powerful computational fluid dynamics technology to model 3D fluid flow. Experimental thermal measurements for several cases are compared to values calculated by the system. Good correlation with experimental results is demonstrated for each of the test cases. In addition, the need for flexible modeling tools is demonstrated. Tools to facilitate an understanding of heat transfer and fluid flow are an essential part of the thermal engineering process.
机译:人们越来越关注并强调使用基于计算机的分析工具来模拟电子系统中的热现象。此类系统的并行工程要求将分析工具完全集成到参数机械设计软件中。设计和分析活动之间的智能和关联集成可以实现更快的周转时间。分析可以驱动设计过程,而下游活动会改变设计,从而自动更新分析模型。基于成熟的仿真技术,已开发出下一代系统,该系统比当前可用的解决方案提高了效率。该软件包将热网络建模的直观特性与强大的计算流体动力学技术相结合,可对3D流体流进行建模。将几种情况下的实验热测量值与系统计算出的值进行比较。对于每个测试用例,都证明了与实验结果的良好相关性。此外,还表明了对灵活建模工具的需求。有助于理解热传递和流体流动的工具是热工程过程的重要组成部分。

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