首页> 外文会议>The Third International Conference on Mechanical Engineering and Mechanics(第三届国际机械工程与力学会议)论文集 >Analytical and Numerical Calculations of the Heat Transfer Between Propellant Gas and Closed Vessel
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Analytical and Numerical Calculations of the Heat Transfer Between Propellant Gas and Closed Vessel

机译:推进剂气体与密闭容器传热的解析与数值计算。

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To explore the heat transfer rules between propellant gas and closed vessel,an unsteady one-dimensional semi-infinite heat transfer model is developed.The whole experiment process is divided into two stages as propellant burning and gas cooling.The gas pressure should be taken into account while calculating the heat transfer in the process of propellant burning.After the burning has finished,the heat transfer has great impact on gas temperature,and the effects of radiation heat transfer should be considered.Based on the relationship between gas energy and pressure,the heat loss and pressure changed rules is simulated.The result shows that this model can satisfactorily describe the law of heat transfer in propellant combustion performance test process.
机译:为了探索推进剂气体与密闭容器之间的传热规律,建立了一个不稳定的一维半无限传热模型。整个实验过程分为推进剂燃烧和气体冷却两个阶段,应考虑气体压力。在计算推进剂燃烧过程中的热传递时要考虑到这一点。燃烧完成后,热传递对气体温度有很大影响,应考虑辐射热传递的影响。基于气体能量与压力之间的关系,结果表明,该模型能够较好地描述推进剂燃烧性能试验过程中的传热规律。

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