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Thermal Response of Mould in High Speed Casting of Stainless Steel Billet
引用本文:WANG Bao feng 1,SAMARASEKERA I V 2 (1. Baotou University of Iron and Steel Tech,Baotou 014010,China, 2. University of British Columbia,Vancouver V6T 1Z4,Canada). Thermal Response of Mould in High Speed Casting of Stainless Steel Billet[J]. 钢铁研究学报(英文版), 2002, 9(2): 15-20
作者姓名:WANG Bao feng 1  SAMARASEKERA I V 2 (1. Baotou University of Iron and Steel Tech  Baotou 014010  China   2. University of British Columbia  Vancouver V6T 1Z4  Canada)
作者单位:1. Baotou University of Iron and Steel Tech,Baotou 014010,China; 2. University of British Columbia,Vancouver V6T 1Z4,Canada
摘    要:Inviewofheattransfer ,theroleofmouldincontinuouscastingcanneverbeoverstatedasitcon trolsboththebilletqualityand productivityofacastertoagreatextent .Inthisstudy ,AtlasSteelwaschosenasthelocationforaplanttrialbecauseverylittledataareavailableonheattransfe…


Thermal Response of Mould in High Speed Casting of Stainless Steel Billet
WANG Bao-feng,SAMARASEKERA I V. Thermal Response of Mould in High Speed Casting of Stainless Steel Billet[J]. Journal of Iron and Steel Research, 2002, 9(2): 15-20
Authors:WANG Bao-feng  SAMARASEKERA I V
Affiliation:1. Baotou University of Iron and Steel Tech, Baotou 014010, China
2. University of British Columbia, Vancouver V6T 1Z4, Canada
Abstract:An industrial trial was conducted on a billet casting machine at Atlas Steel, Canada, during which a mould was instrumented with 52 thermocouples. The measured data of ten heats were collected to determine mould wall temperature profiles for different steel grades at different casting speeds. Based on these data, heat fluxes were calculated with inverse heat conduction model. Heat fluxes for different operating parameters were compared and analyzed.
Keywords:stainless steel  heat flux  high speed  continuous casting
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