MA Xiao-gang， CHEN Liang-yu， LI Yang. Optimization of Longevity Technology for Bosh Copper Cooling Stave with Shaped Tubes Based on Response Surface Method[J]. Journal of Northeastern University Natural Science, 2019, 40(5): 710-715.
[1]Guo H W，Fan D Q，Chang J，et a1.Numerical simulation for BF hearth and bottom using finite difference method［C］//International Conference on Applied Informatics and Communication 2011.Berlin:Springer-Verlag，2011:449-455. [2]Wu L L，Zhou W G，Li P，et a1.Study on the equivalent convection coefficient of the hot surface of blast furnace stave［J］.Heat and Mass Transfer，2007，43(12):1303-1309. [3]Deng K，Wu L J.Influence of structural parameters on steady-state highest temperature and thermal stress of BF cooling stave［J］.Iron Steel Vanadium Titanium，2004，25(4):47-53. [4]Smith M P，Fletcher J，Harvey R W，et al.Blast furnace cooling stave design［J］.Steel Times International，2016，40(2):33-34，36-37. [5]Zhong Y，Lu X Z，Fan X M，et al.Thermal simulation study on copper cooling stave of blast furnace［J］.Advanced Materials Research，2015，1088:739-743. [6]郭光胜，张建良，焦克新，等.冷却比表面积对高炉炉缸铸铁冷却壁传热的影响研究［J］.铸造，2016，65(6):542-548.(Guo Guang-sheng，Zhang Jian-liang，Jiao Ke-xin，et al.Study of the effect of the ratio of cooling surface area on the heat transfer of the cast iron cooling stave in blast furnace hearth［J］.Foundry，2016，65(6):542-548.) [7]石琳，郭永茂，曹福军.铸铜冷却壁蠕变变形研究［J］.内蒙古科技大学学报，2013，32(1):42-45.(Shi Lin，Guo Yong-mao，Cao Fu-jun.Research on cheep deformation of cast copper staves［J］.Journal of Inner Mongolia University of Science and Technology，2013，32(1):42-45.) [8]Huo Y，Chen L Y.Analysis on heat transfer characteristics for bosh copper cooling stave with shaped tube［C］//IOP Conference Series:Materials Science and Engineering.Xi’an:IOP Publishing，2018:022003. [9]Kawaoka K，Anan K，Tsuda A，et al.Latest blast furnace relining technology at Nippon Steel［J］.Shinnittetsu Giho，2006，384:127-132. [10]Qiu H Q，Chen Z D.The forty years of vermicular graphite cast iron development in China(part I)［J］.China Foundry.2007，4(2):91-98. [11]吴俐俊，周伟国.高炉冷却壁与炉气之间的换热特性［J］.钢铁研究学报，2006，18(11):7-10.(Wu Li-jun，Zhou Wei-guo.Heat transfer characteristics between gas flow and stave［J］.Journal of Iron and Steel Research，2006，18(11):7-10.) [12]Shah R K，London A L.Laminar flow forced convection in ducts:a source book for compact heat exchanger analytical data［M］.Pittsburgh:Academic Press，2014:1-55. [13]程进.基于响应面法的几何非线性结构概率响应分析［J］.同济大学学报(自然科学版)，2006，34(9):1147-1151.(Cheng Jin.Probabilistic response analysis of geometrically nonlinear structures based on systematic response surface method［J］.Journal of Tongji University(Natural Science)，2006，34(9):1147-1151.)
