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Finite Element Analysis of Radar Frequency Synthesizer Based on ANSYS

机译:基于ANSYS的雷达频率合成器的有限元分析

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Temperature field Analysis of Radar frequency synthesizer is important issue the key components of radar in real application scene. In radar system, the problem plays a vital role in ensuring the normal operation of radar. To solve problem, the ANSYS Workbench finite element steady-state thermal analysis method has been introduced to analyze and design the correspongding heat transmission module. In our research, the temperature distribution of frequency syntheses is determined through the finite element heat transfer analysis of frequency syntheses. Combing with the basic idea of finite element, the temperature field is added to the stress field as the load, and the thermal deformation of frequency syntheses is obtained. Some experiment simulating examples have verified the effectiveness of our method.
机译:雷达频率合成器的温度场分析非常重要地发出真实应用场景中雷达的关键部件。 在雷达系统中,问题在确保雷达的正常运行方面发挥着重要作用。 为了解决问题,已经引入了ANSYS工作台有限元稳态热分析方法,分析和设计COLLESPENGENGENG传输模块。 在我们的研究中,通过频率合成的有限元传热分析来确定频率合成的温度分布。 与有限元的基本思想梳理,将温度场添加到应力场中作为负载,获得频率合成的热变形。 一些实验模拟示例已经验证了我们方法的有效性。

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