Titanium Microalloyed Steel: Fundamentals, Technology, and Products

Discusses Ti microalloyed steel comprehensively, from metallurgy theory to production technology and products Presents the technologies for controlling the microstructure and properties of Ti microalloyed steel during the production process Offers a guide to developing Ti microalloyed steel as well as other microalloyed steel

Autorentext
Xingping Mao was born in 1965 in Hubei Province, China; graduated from University of Science and Technology Beijing and received PhD degree of metallic materials processing and control engineering in 2006; was elected as Member of Chinese Academy of Engineering in 2015.
Professor Mao has engaged in the research and development of low cost and high performance steels as well as the technology of thin slab casting and direct rolling (TSCR) for more than 20 years. Has won the National Science and Technology Progress Second Prize three times, provincial and ministerial level of scientific and technological progress first prize seven times, China's Patent Excellence Award, and the National Excellent engineering design Silver Award. He authorized the invention of 23 patents, published more than 160 papers. His monograph "Thin slab continuous casting and rolling micro-alloying technology" was selected by National Press and Publication Administration as "Three 100" original books.

Inhalt

Introduction.- Chemical metallurgy theory on Ti microalloyed steel.- Physical metallurgy theory on Ti microalloyed steel-dissolving and precipitation of Ti containing phases.- Physical metallurgy theory on Ti microalloyed steel-recrystallization and phase transformation.- Technology of production, microstructure and property control of Ti microalloyed steel.- Design, development and application of Timicroalloyed steel. <p