The failure mechanics consider factors such as stress concentration, stress intensity factors, and critical crack sizes, and the contents of this book help engineers assess structural integrity and prevent catastrophic failures. In this book, comprehensive studies on the principles of fracture mechanics and crack propagation classical methods can provide a good understanding of the stability of rock structures and lead to the safe and economical design of rock engineering projects. In this book, a case study of the expansion of damaged zones in the rock mass is modeled based on the principles...

La mécanique des roches est un domaine multidisciplinaire de la géologie et de l'ingénierie qui se concentre sur la compréhension du comportement mécanique des roches. Ce livre vise à explorer les principes fondamentaux de la mécanique des roches, couvrant des sujets tels que les caractéristiques physiques des roches, l'étude du comportement des masses rocheuses dans différentes conditions de chargement, l'analyse des contraintes et des déformations, les applications des critères de rupture des roches, les essais en laboratoire et les méthodes de classification de l'ingénierie...

Die Felsmechanik ist ein multidisziplinäres Gebiet der Geologie und des Ingenieurwesens, das sich mit dem Verständnis des mechanischen Verhaltens von Gesteinen befasst. Dieses Buch zielt darauf ab, die grundlegenden Prinzipien der Gesteinsmechanik zu erforschen. Es behandelt Themen wie die physikalischen Eigenschaften von Gesteinen, die Untersuchung des technischen Verhaltens von Gesteinsmassen unter verschiedenen Belastungsbedingungen, Spannungs- und Dehnungsanalysen, Anwendungen von Gesteinsversagenskriterien, Labortests und Klassifizierungsmethoden für das Gestein bei der Lösung...

Rock mechanics is a multidisciplinary field of geology and engineering that focuses on understanding the mechanical behavior of rocks. This book aims to explore the fundamental principles of rock mechanics, covering topics such as the physical characteristics of rocks, investigation of rock mass engineering behavior under different loading conditions, stress and strain analysis, applications of rock failure criteria, laboratory tests, and rock engineering classification methods in solving geological and engineering challenges in solving geological and engineering challenges.

"Civil engineering geology" is an essential guide for undergraduate and graduate students in civil engineering, mining, petroleum, geomechanics, and geodesy. The book covers 13 comprehensive chapters that provide an in-depth understanding of geological engineering, including the properties and mechanical behavior of rocks and soils, the design and construction of large-scale structures, and the principles of geology, soil mechanics, hydrology, rock mechanics, and geomechanics. This book is an indispensable resource for anyone involved in the design and construction of sustainable structures,...

"Solving rock mechanics problems for mining and civil engineering" is an essential resource for students and professionals in the fields of mining, civil engineering, petroleum engineering, and geology. This comprehensive book covers a wide range of rock mechanics topics, including stresses, strains, rock failure criteria, laboratory experiments, rock mass classification, and design of support systems. With in-depth explanations of relevant theory and formulas, as well as a series of practice problems with comprehensive answers, this book aims to help readers fully understand and solve rock...