Based on mass, momentum, energy conservation and the theory of wellbore radius heat transmission, established fluid pressure and temperature distribution prediction mathematical models.
基于质量、动量和能量守恒定律及井筒径向传热理论建立了流体压力、温度分布预测数学模型。
Temperature field, pressure field, energy field and stress field are the main contents in the study of fluid dynamic field.
温度场、压力场、能量场和应力场是流体动力场研究的主要内容。
Depending on the fluid volume and precharge pressure of the accumulator, a limited amount of hydraulic energy is then available independent of any other power source.
根据储能器的流体体积和预充气压力，可获得某限定数量的液压能量而不依赖任何其它动力源。
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