Unified Strength Theory and Its Applications

Yu Mao-Hong is a Professor at Xi'an Jiao Tong University, China. He has been studying the strength theory of materials and structures for a long time since he graduated from Zhejiang University in 1955. He proposed the Twin-shear Yield Criterion for metals, the Twin-shear Strength Theory for geo-materials and the Unified Strength Theory for different kinds of materials for metals(1961)/for geo-materials(1985)/for different kinds of materials(1991). The twin shear unified strength theory has been written into more than 300 monographs and textbooks. Yu Mao-Hong is the winner of the National Natural Science Price of China and the winner of the Ho Leung Ho Lee Foundation Mechanics Prize. His research areas focus on Mechanics of Materials, Plasticity, Structural Mechanics, non-linear FEM, Soil Mechanics and Rock Mechanics. Yu Mao-Hong has already published the followed monographs with Springer: Unified Strength Theory and Its Applications (2004) Generalized Plasticity (2006) Structural Plasticity: Limit, Shakedown and Dynamic Plastic Analyses of Structures (2009) Computational Plasticity: With Emphasis on the Application of the Unified Strength Theory (2012)

Introduction.- Stress States of Elements.- Basic Characteristics of Strength of Materials under Complex Stress.-  Unified Strength Theory (UST).- Visualization of the UST.- Comparison with Experimental Results.- Unified Yield Criteria (UYC).- Comparison of the UYC with Experimental Data.- Equivalent stress of the UST.- Economic Signification of the UST.- Applications of the UST.- The Beauty of Strength Theories.- Historical Reviews.

“The treatise with its systematic and integrated approach to the strength design of various engineering structures under the complex stress state is competently written by an author who with his associates has made some notable contributions. … The book presents an important contribution to the field and is highly recommended to graduate students, engineers and researchers interested in the mechanics of the failure of materials.” (M. Cengiz Dökmeci, zbMATH 1403.74003, 2019)