Acta Metall Sin  1995, Vol. 31 Issue (16): 145-151    DOI:

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A MATHEMATICAL MODEL OF DROPLET GENERATION, MOVEMENT AND HEAT TRANSFER IN BOF

cLI Baowei; HE Youduo(Baotou Univevsity of Iron Steel Technology; Baotou 014010);SAHAI Y(Ohio Staie Universily; U.S.A.)(Manuscript received 1994-05-30; in revised form 1994-12-19)

cLI Baowei; HE Youduo(Baotou Univevsity of Iron Steel Technology; Baotou 014010);SAHAI Y(Ohio Staie Universily; U.S.A.)(Manuscript received 1994-05-30; in revised form 1994-12-19). A MATHEMATICAL MODEL OF DROPLET GENERATION, MOVEMENT AND HEAT TRANSFER IN BOF. Acta Metall Sin, 1995, 31(16): 145-151.

Abstract References Related Articles Recommended Metrics Download:  PDF(492KB)  Export:  BibTeX | EndNote (RIS)       Abstract  A general mathematical model to represent droplet generation, movement and heat transfer in basic oxygen steelmaking furnaces (BOF) has been developed. Based on the investigation of gas flow, combustion and heat transfer in the converter, the authors introduce some distribution functions which control the generation of droplets. Monte-Carlo method was used to simulate randomly generated droplets(size, initial position and initial velocity). The droplet movement was calculated under the Langrangian framework. Heat exchange and temperature of droplets were calculated on its movement trace. Finaly, total droplet behavior were statistically described by some important physical parameters, such as,droplet average residence time in the gas, average maximum rising height as well as average amount of heat transfer from the gas to the metal bath.This model is characterized by the combination of probability statistics and differential equations to describe the behaviour of droplet, and it is believed to be very close to the actual problem described. It will also be beneficial for study other physical and chemical behavior of the droplet in the converter. As an example of using this model,the droplet behavior was researched in the 180 t BOF.(Correspondent: LI Baowei, associate professor, Baotou Universily of Iron and Steel Technology, Baotou014010) Key words:  droplet      mathematical model      Monte-Carlo method      Service E-mail this article Add to citation manager E-mail Alert RSS （） Articles by authors URL:  https://www.ams.org.cn/EN/     OR     https://www.ams.org.cn/EN/Y1995/V31/I16/145 1HiraiM,TsujinoR,MukaiT,HaradaT,OmoriM．TransSteelInstJpn,1987;27:8052SugiyamaS,AbeM,NishiokaS,NakamuraH,TakahasiK,KawaiY．TransIronSteelInstJpn,1987:27:133MikrovasAC,ArgyropoulosSA,SommervilleID．IronmakingSteelmaking,1991,18:1694贺友多,SahaiY．金属学报,1992;28:B5235ShangLiuyi,OetersF．SteelRes,1991,62(3)．956GeorgeRS,PierreSt．AReportonthePost-combustionintheOhioStaleUniversity,November,19937李保卫,贺友多,SanaiY．包头钢铁学院学报,1994;13:48KoriaSS,LangeKW．MetallTrans,1984;15B:109$ [1] HOU Yubai, YU Yueguang, GUO Zhimeng. 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