In the first part, the paper analyzes the phenomenon of the hydraulic disorder in the pipe network of heating.
首先对供热管网水力失调现象进行了分析。
The paper also establishes mathematical model for the operating condition of the pipe network of heating with reference to relevant theorems and laws of fluid network and network graph theory.
利用流体网络及网络图论的有关定理定律，建立供热管网水力工况的数学模型。
This thesis makes every effort to find a feasible method to solve the problem of the heating pipe network while the overall arrangement optimizing and the parameter optimizing.
本论文力求找到一套可行的方法来解决城市集中供热管网的布局优化和参数优化这一类通用问题。
The expert KBS of heating pipe network failure diagnosis system was established via the results of failure simulating experiments.
通过对故障模拟实验结果的分析，进一步建立起供热管网故障诊断的系统专家知识库。
The work principle and hardware component of the multipoint real-time monitoring system for heating pipe network are introduced.
介绍了一种热力管网多点实时监测系统的工作原理和硬件组成。
The hydraulic results of spare structure with single connecting pipe and double connecting pipes of calculating pipe network under limited-heating supply state are analyzed.
结合算例管网，分析了单连通管和双连通管管网结构在限额供热工况下的水力工况；
The product applies to such industrial steam heating equipment as petroleum, chemical, printing, paper making and pharmaceuticals and discharge of the steam pipe network.
它适用于石油、化工、印刷、造纸、制药等工业蒸汽加热设备和蒸汽管网的阻汽排水。
The product applies to such industrial steam heating equipment as petroleum, chemical, printing, paper making and pharmaceuticals and discharge of the steam pipe network.
它适用于石油、化工、印刷、造纸、制药等工业蒸汽加热设备和蒸汽管网的阻汽排水。
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