New Generation Tmcp Technology for Hot Strip
暫譯: 新一代熱軋帶用Tmcp技術

本書介紹了以超快速冷卻技術為核心的新一代控制轧制和控制冷卻的工藝原理，以及超快速冷卻技術的最新研究進展及其工業應用。本書涵蓋了熱軋鋼帶廠新一代控制轧制和冷卻技術的工藝原理、整套設備和關鍵技術、自動控制系統、產品工藝技術及典型產品的工業應用實踐。本書可作為從事材料加工工程研究和熱軋品種開發的科學研究人員和工程技術人員的參考資料。

袁国：

Guo Yuan, doctor of engineering, professor and doctoral supervisor, has long been engaged in the research of key processes and equipment technologies for rolling and processing of high-quality steel materials. Professor Yuan proposed a high-strength homogenization cooling heat exchange mechanism for hot rolled steel, which fundamentally solves the problem of controllability of micro heat transfer stability. Presided over the research and development of a new generation of controlled cooling technology and equipment for China's first large-scale hot strip rolling production line. A series of high-quality and reduced hot strip products have been developed, and the research results have formed an application demonstration, and become the new generation of control cooling mainstream technology for large-scale hot strip mills in China.

李振垒：

Zhenlei Li, doctor of engineering, Associate Professor, and Master's Supervisor, has long been dedicated to researching new-generation TMCP process technology and its control systems. He has developed a post-rolling cooling control system based on ultra-fast cooling, integrating process mechanism models with real industrial data to achieve precise control of process temperature during the post-rolling cooling stage. This control system has been successfully applied to over ten continuous hot rolling production lines, ensuring product quality and significantly advancing the industrialization and application of new generation TMCP technology and equipment.

康健：

Jian Kang, doctor of engineering, is currently an associate professor of Northeastern University. He mainly conducts scientific research around the technology of controlling the microstructure and properties of hot rolled steel materials. In recent years, a series of low-cost and high-performance hot-rolled strip products have been developed through the comprehensive application of fine grain strengthening, phase transformation strengthening, and precipitation strengthening mechanisms based on the new generation TMCP technology. These products have significantly reduced costs, increased efficiency, and improved quality.

請翻譯以下內容:

郭源，工程博士，教授及博士生導師，長期從事高品質鋼材的熱軋與加工關鍵工藝及設備技術的研究。袁教授提出了一種高強度均質化冷卻熱交換機制，從根本上解決了微熱傳遞穩定性可控性問題。主持研發了中國第一條大型熱軋帶鋼生產線的新一代控制冷卻技術及設備，開發出一系列高品質且減薄的熱軋帶產品，研究成果已形成應用示範，並成為中國大型熱軋帶鋼廠的新一代控制冷卻主流技術。

李振雷，工程博士，副教授及碩士生導師，長期致力於新一代TMCP（熱機械控制加工）工藝技術及其控制系統的研究。他開發了一種基於超快速冷卻的後軋冷卻控制系統，將工藝機制模型與實際工業數據相結合，以實現後軋冷卻階段工藝溫度的精確控制。該控制系統已成功應用於十多條連續熱軋生產線，確保了產品質量，並顯著推進了新一代TMCP技術及設備的工業化與應用。

康健，工程博士，目前為東北大學副教授。他主要圍繞熱軋鋼材的微觀結構及性能控制技術進行科學研究。近年來，通過基於新一代TMCP技術的細晶強化、相變強化及沉澱強化機制的綜合應用，開發出一系列低成本高性能的熱軋帶產品。這些產品顯著降低了成本，提高了效率，並改善了質量。