REVISTA

ISIJ INTERNATIONAL

ISSN: 0915-1559 Frecuencia: 12 Formato: Impresa

Tablas de contenido

18 art�culos asociados

Volumen 50 N�mero 7 Parte 0 A�o 2010

Analysis of Traveling Behavior of Nut Coke Particles in Bell-type Charging Process of Blast Furnace by Using Discrete Element Method	Solicitud
Hiroshi Mio, Satoshi Komatsuki, Masatoshi Akashi, Atsuko Shimosaka, Yoshiyuki Shirakawa, Jusuke Hidaka, Masatomo Kadowaki, Hirokazu Yokoyama, Shinroku Matsuzaki and Kazuya Kunitomo
P�g. 1000 - 1009

Process Visualization and Diagnostic Models Using Real Time Data of Blast Furnaces at Tata Steel	Solicitud
Adity Ganguly, A. Srinivas Reddy and Ashok Kumar
P�g. 1010 - 1015

Modeling of Dripping Behavior in Particles Packed Bed Filled with Immiscible Fluid	Solicitud
Koki Nishioka, Daiki Fujiwara, Ko-ichiro Ohno, Takayuki Maeda and Masakata Shimizu
P�g. 1016 - 1022

Dripping Liquid Metal Flow in the Lower Part of a Blast Furnace	Solicitud
Hongjong Jin, Sangmin Choi, Jun-ichiro Yagi and Jinkyung Chung
P�g. 1023 - 1031

Basic Characteristics of the Shaft Furnace of COREX� Smelting Reduction Process Based on Iron Oxides Reduction Simulation	Solicitud
Shengli Wu, Jian Xu, Shidong Yang, Qi Zhou and Lihua Zhang
P�g. 1032 - 1039

Three-dimensional Mathematical Modeling and Designing of Hot Stove	Solicitud
Yoshihisa Kimura, Kouji Takatani and Nobuhiro Otsu
P�g. 1040 - 1047

Tolerable Limit of Localized Force on Damaged Coke Oven Wall Analyzed by Discrete Element Method	Solicitud
Izumi Shimoyama, Tetsuya Yamamoto and Kiyoshi Fukada
P�g. 1048 - 1053

Theoretical Characterization of Steady-state Heat Wave Propagating in Iron Ore Sintering Bed	Solicitud
Masanori Nakano, Kazuaki Katayama and Shunji Kasama
P�g. 1054 - 1058

Design and Application of a Spreadsheet-based Model of the Blast Furnace Factory	Solicitud
Patrick Lawrence Hooey, Axel Bod�n, Chuan Wang, Carl-Erik Grip and Bj�rn Jansson
P�g. 924 - 930

Optimization of Top Gas Recycling Conditions under High Oxygen Enrichment in the Blast Furnace	Solicitud
Hannu Helle, Mikko Helle, Henrik Sax�n and Frank Pettersson
P�g. 931 - 938

Application of Improved Local Models of Large Scale Database-based Online Modeling to Prediction of Molten Iron Temperature of Blast Furnace	Solicitud
Norio Kaneko, Shinroku Matsuzaki, Masahiro Ito, Haruhisa Oogai and Kenko Uchida
P�g. 939 - 945

Transient Behavior of Burden Descending and Influence of Cohesive Zone Shape on Solid Flow and Stress Distribution in Blast Furnace by Discrete Element Method	Solicitud
Zhengyun Fan, Shungo Natsui, Shigeru Ueda, Tianjun Yang, Junya Kano, Ryo Inoue and Tatsuro Ariyama
P�g. 946 - 953

Discrete Element Method-Computational Fluid Dynamic Simulation of the Materials Flow in an Iron-making Blast Furnace	Solicitud
Allert Tjipke Adema, Yongxiang Yang and Rob Boom
P�g. 954 - 961

Large Scale Simulation of Coke and Iron Ore Particle Motions and Air Flow in Actual Blast Furnace	Solicitud
Shinichi Yuu, Toshihiko Umekage, Shinroku Matsuzaki, Masatomo Kadowaki and Kazuya Kunitomo
P�g. 962 - 971

Numerical Modeling of Reaction and Flow Characteristics in a Blast Furnace with Consideration of Layered Burden	Solicitud
Kwangheok Yang, Sangmin Choi, Jinkyung Chung and Jun-ichiro Yagi
P�g. 972 - 980

Influences of Physical Properties of Particle in Discrete Element Method on Descending Phenomena and Stress Distribution in Blast Furnace	Solicitud
Shigeru Ueda, Shungo Natsui, Zhengyun Fan, Hiroshi Nogami, Rikio Soda, Junya Kano, Ryo Inoue and Tatsuro Ariyama
P�g. 981 - 986

Mathematical Model for Blast Furnace Burden Optimization Based on the High-temperature Reactivity	Solicitud
Shengli Wu, Hongliang Han and Xiaoqin Liu
P�g. 987 - 993

Advanced Supporting System for Burden Distribution Control at Blast Furnace Top	Solicitud
Kaoru Nakano, Kohei Sunahara and Takanobu Inada
P�g. 994 - 999