分析学生规模规划结果中氯气交换器外壳和管道的有效性

Bina Teknika Pub Date : 2017-08-02 DOI:10.54378/bt.v12i2.75
S. Siagian
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引用次数: 2

摘要

热交换器是将热量从温度较高的流体传递到另一温度较低的流体的一种手段,其中热交换器是热电厂、机械化工过程、设备空调、冰箱、散热器等行业中经常使用的一种工具。壳管换热器的设计绘制字符串计划使用两种液体在tempratur冷流体(水)(Tco = 37°C)与流量的流体(mc = 0.122公斤/ s)和热流体(油)tempratur (Thi = 47°C)与流量的流体(mh = 0.075公斤/ s)的操作热交换器将运行在一个热负荷不变,等于5100瓦,然后在规划中发现换热器管数为37根,换热器的设计效率为62%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALISA EFEKTIVITAS ALAT PENUKAR KALOR JENIS SHELL AND TUBE HASIL PERENCANAAN MAHASISWA SKALA LABORATORIUM
Heat exchanger is a means of heat transfer from the fluid temperature is higher to a fluid other temperature is lower, in which the heat exchanger is one tool that is often found in industries such as thermal power plant, machinery chemical processes, equipment air conditioner, refrigerator, radiators etc. The design of the exchanger draw string shell and tube is planned using two fluids are cold fluid (water) in tempratur (Tco = 37 ° C) with a flow rate past the fluid (mc = 0.122 kg / s) and the hot fluid (oil) on tempratur (Thi = 47 ° C) with a flow rate past the fluid (mh = 0.075 kg / s) in which the operation of Heat exchanger will be operated on a thermal load constant that is equal to 5100 watts, then in in the planning of found the number of tube of Heat exchanger was 37 pieces with effectiveness of Heat exchanger result of the design is 62%.
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