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真空除油干燥箱体内加热器位置优化
引用本文:李斌,张俊,余清洲,高明燚,舒晓冬,冯绅绅,干蜀毅.真空除油干燥箱体内加热器位置优化[J].真空科学与技术学报,2021(3):230-235.
作者姓名:李斌  张俊  余清洲  高明燚  舒晓冬  冯绅绅  干蜀毅
作者单位:合肥工业大学机械工程学院
摘    要:针对当前空调散热器工艺生产中常用除油工艺的局限性,本文提出了节能环保的真空干燥除油法,并就真空干燥除油箱体内温度场进行研究,利用FLUENT中DO模型仿真得到:在热源加热稳定的真空箱体内,分两层间隔布置的散热翅片的适宜摆放位置在箱体下半区域,该区域内温差较小,温差在7℃左右,其次对有效加热区范围进行了相关探讨,然后利用控制变量法建立起了热源总功率P与箱体体积V的理论模型,对除油箱设计具有一定的理论指导意义。

关 键 词:空调散热器  真空除油  温度场  DO模型

Optimization of Heater Position in Vacuum Degreasing Drying Chamber
LI Bin,ZHANG Jun,YU Qingzhou,GAO Mingyi,SHU Xiaodong,FENG Shenshen,GAN Shuyi.Optimization of Heater Position in Vacuum Degreasing Drying Chamber[J].JOurnal of Vacuum Science and Technology,2021(3):230-235.
Authors:LI Bin  ZHANG Jun  YU Qingzhou  GAO Mingyi  SHU Xiaodong  FENG Shenshen  GAN Shuyi
Affiliation:(School of Mechanical Engineering,Hefei University of Technology,Hefei 230009,China)
Abstract:In view of the limitations of the present degreasing process commonly used in the production of the air-conditioning radiator, we propose an energy-saving and environmentally-friendly vacuum drying degreasing method and investigate the temperature field of the vacuum drying degreasing tank.Based on the DO model in FLUENT,the simulation results are as follows: Firstly, in the vacuum tank stably heated by a heat source, the suitable position of fins arranged in the two-layer interval is in the lower half of the tank, where the temperature difference is small and the temperature difference is about 7℃.Secondly, the range of effective heating zone is discussed, Then the theoretical model of total power P of the heat source and volume V of the tank are established by means of control variable method, which has certain theoretical guiding significance for the design of degreasing tank.
Keywords:Air conditioning radiator  Vacuum degreasing  Temperature field  DO Model
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