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基于耦合气固传热篦冷机的数值模拟与研究
引用本文:尹洪超,朱元师,李德付.基于耦合气固传热篦冷机的数值模拟与研究[J].热科学与技术,2012(3):229-233.
作者姓名:尹洪超  朱元师  李德付
作者单位:大连理工大学机械材料与能源学部
摘    要:建立了5 000t/d的水泥线篦冷机的三维仿真模型。采用UDFs编程耦合熟料的气固传热模型,得到了篦冷机内部的流场及温度场分布。讨论了取热口的位置对篦冷机有效利用热量的影响。结果表明:双取热口会显著提高篦冷机的有效热量利用率;当高温取热口的位置在第一段蓖筛的末段,中温取热口在第二段蓖筛的末段时,有效利用热量利用率最高。

关 键 词:篦冷机  水泥熟料  多孔介质  数值模拟

Numerical simulation and study of clinker cooler based on coupling of gas-solid heat transfer
YIN Hong-chao,ZHU Yuan-shi,LI De-fu.Numerical simulation and study of clinker cooler based on coupling of gas-solid heat transfer[J].Journal of Thermal Science and Technology,2012(3):229-233.
Authors:YIN Hong-chao  ZHU Yuan-shi  LI De-fu
Affiliation:Faculty of Mechanical Engineering,Materials and Energy,Dalian University of Technology,Dalian 116024,China
Abstract:The 3D simulation model of 5 000t/d clinker cooler was established.Based on the gas-solid heat transfer of the clinker by using UDFs program,the internal flow field and temperature field distribution of the clinker cooler were obtained.The effect of heat outlet position was discussed.It can be concluded that the dual heat export is more efficient than single heat export,it is more effective to use the waste heat that when high temperature heat export is located at the terminal of the first comb sieve,and medium temperature heat export is located at the terminal of the second comb sieve.
Keywords:clinker cooler  cement  porous  numerical simulation
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