Similar Papers

Paper Title
Journal
Date
Author
Effect of the cross-section shape of rotating chute on particle flow and burden distribution during the charging process of bell-less top blast furnace with two parallel hoppers
Wenxuan Xu ... Guolei Zhao
Ironmaking & Steelmaking | VOL. 46
Wenxuan Xu, et. al.Wenxuan Xu ... Guolei Zhao
04 Jul 2017
A review of burden distribution models of blast furnace
Jiansheng Chen ... Jingsong Wang
Powder Technology | VOL. 398
Jiansheng Chen, et. al.Jiansheng Chen ... Jingsong Wang
09 Dec 2021
Integration of Tuyere, Raceway and Shaft Models for Predicting Blast Furnace Process
Dong Fu ... Yongfu Zhao
JOM | VOL. 70
Dong Fu, et. al.Dong Fu ... Yongfu Zhao
10 Oct 2017
The influence of central coke charging mode on the burden surface shape and distribution of a blast furnace
Zhanxia Di ... Junhan Liu
International Journal of Chemical Reactor Engineering | VOL. 21
Zhanxia Di, et. al.Zhanxia Di ... Junhan Liu
03 Aug 2022
View more papers

More From: ISIJ International

Paper Title
Journal
Date
Author
A Hot Rolling Full Process Rolling Force Prediction Method Based on Transfer Learning and Inception-LSTM Neural Network
Guowei Niu ... Zihao Huang
ISIJ International | VOL. 65
Guowei Niu, et. al.Guowei Niu ... Zihao Huang
15 Jan 2025
SOKD: A Soft Optimization Knowledge Distillation Scheme for Surface Defects Identification of Hot-Rolled Strip
Wenyan Wang ... Zheng Ren
ISIJ International | VOL. 65
Wenyan Wang, et. al.Wenyan Wang ... Zheng Ren
15 Jan 2025
Anisotropy in Hydrogen Embrittlement Resistance of Drawn Pearlitic Steel Wire Evaluated by in-situ Miniature Test and Scanning Electron Microscopy during Plasma Hydrogen Charging
Kota Tomatsu ... Tetsushi Chida
ISIJ International | VOL. 65
Kota Tomatsu, et. al.Kota Tomatsu ... Tetsushi Chida
15 Jan 2025
A Volume Expansion Kinetic Model of Decarburization of Liquid Fe-1wt%C Alloy by Ar–CO2 Blowing
Junho Lee ... Yongsug Chung
ISIJ International | VOL. 65
Junho Lee, et. al.Junho Lee ... Yongsug Chung
15 Jan 2025
View more papers

Disclaimer: All third-party content on this website/platform is and will remain the property of their respective owners and is provided on "as is" basis without any warranties, express or implied. Use of third-party content does not indicate any affiliation, sponsorship with or endorsement by them. Any references to third-party content is to identify the corresponding services and shall be considered fair use under The CopyrightLaw.