Optimization of the Finishing Mill Looper Control System on 900 mm Hot Rolling Production Line

矿冶工程 Pub Date : 2023-01-01 DOI:10.12677/meng.2023.102008

丽军朱

引用次数: 0

Abstract

The function of the finishing mill looper control system on the 900 mm hot rolling production line and its impact on strip steel quality were analyzed in this paper. In order to improve the adaptability of the looper control system to the production of stainless steel narrow strips, optimization was carried out from four aspects: main speed compensation of the rolling mill, response speed of the looper, working tension of the stable looper, and waiting time for the looper to fall. Production

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900mm热轧生产线精轧机活套控制系统的优化

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来源期刊

矿冶工程

自引率

0.00%

发文量

5744

期刊介绍： Mining and Metallurgical Engineering magazine was founded in 1981, is now a bimonthly magazine for domestic and international public circulation, by the Changsha Institute of Mining and Metallurgy Research Limited Liability Company and the China Institute of Metals jointly sponsored, using ‘actively promote the reporting of mining and metallurgy industry new theories, new technologies, new techniques, new equipment, and strive to promote the technical progress of the industry’ as the purpose of the publication. The main columns are Mining, Mineral Processing, Metallurgy, Materials, Mining Economy and Management, etc. It focuses on reporting the cutting-edge dynamics of the mining and metallurgy industry, exchanging mining and metallurgy scientific and technological achievements, technical experience, transmitting mining and metallurgy scientific and technological information, and playing the role of a bridge and a link to turn scientific research achievements into productive forces. The quality of papers in this journal is high, among which the ratio of papers of various fund projects reaches more than 60%. The total score of the comprehensive evaluation of the journal is among the best in the national metallurgical engineering technology core journals. Mining and Metallurgical Engineering is the first batch of journals awarded as ‘China Journal Square Double Effect Journal’ by the Ministry of Science and Technology and the General Administration of Press and Publication of the People's Republic of China, and it is the national Chinese core journal, Chinese scientific and technological core journal, and the core academic journal of China Science Evaluation and Research Centre, It is a national Chinese core journal, Chinese science and technology core journal, core academic journal of China Science Evaluation and Research Centre, excellent journal of China Society for Metals, excellent publication of China Nonferrous Metals, double top ten journals of Hunan Province, top ten scientific and technological journals of Hunan Province, excellent publication of Hunan Province, selected journal of Hunan Province to cultivate world-class Hunan version of the scientific and technological journals construction project echelon journals building projects, world nonferrous metals high-quality scientific and technological journals classification catalogue of T2 level journals, high-quality scientific and technological journals classification catalogue of Metallurgical Engineering and Technology T3 level journals, China Knowledge Network Academic Journal It has been selected as one of the journals in Q1 area of China Knowledge Network Academic Journals Subject Influence, and selected in World Journal Clout Index (WJCI) report; it has been included in the full text of China Knowledge Network (CKN), China Academic Journal CD-ROM Edition (CAJ CD-ROM), Wanfang Data (WFD), Chongqing Wipo Information (CQWI), Changjiang Literature Library (CKL), etc., and has been included in the American Chemical Abstracts (CA), the Russian Abstracts Magazine (RAS), and the Japanese Science and Technology Literature Express (CBST). It is also included in Chemical Abstracts (CA) of USA, Abstracts Magazine of Russia, Scientific and Technical Literature (CBST) of Japan, Mining and Metallurgy Bulletin of UK and other authoritative foreign abstracts searching organisations.