Bücher von Jinwei Fu

This book provides comprehensive information for the readers to fully understand the principles and construction process and the studies underlying the creation of underground spaces. From geomechanical and geological studies in tunneling design to traditional and modern methods of tunnel construction are presented in the different chapters of this book. Each chapter of this book unfolds a new layer of understanding and equips the reader with the knowledge and insight to navigate the complexities of tunneling.

A mecânica das rochas é um domínio multidisciplinar da geologia e da engenharia que se centra na compreensão do comportamento mecânico das rochas. Este livro tem como objetivo explorar os princípios fundamentais da mecânica das rochas, abrangendo tópicos como as características físicas das rochas, a investigação do comportamento do maciço rochoso sob diferentes condições de carga, a análise de tensões e deformações, as aplicações dos critérios de rotura das rochas, os ensaios laboratoriais e os métodos de classificação da engenharia das rochas na resolução de desafios geológicos e de engenharia.

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 des roches dans la résolution des défis géologiques et d'ingénierie dans la résolution des défis géologiques et d'ingénierie.

La mecánica de rocas es un campo multidisciplinar de la geología y la ingeniería que se centra en la comprensión del comportamiento mecánico de las rocas. El objetivo de este libro es explorar los principios fundamentales de la mecánica de rocas, cubriendo temas como las características físicas de las rocas, la investigación del comportamiento de la ingeniería de masas rocosas bajo diferentes condiciones de carga, el análisis de tensiones y deformaciones, las aplicaciones de los criterios de fallo de rocas, los ensayos de laboratorio y los métodos de clasificación de la ingeniería de rocas en la resolución de retos geológicos y de ingeniería en la resolución de retos geológicos y de ingeniería.

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 geologischer und technischer Herausforderungen.

La meccanica delle rocce è un campo multidisciplinare della geologia e dell'ingegneria che si concentra sulla comprensione del comportamento meccanico delle rocce. Questo libro si propone di esplorare i principi fondamentali della meccanica delle rocce, affrontando argomenti quali le caratteristiche fisiche delle rocce, l'indagine del comportamento ingegneristico delle masse rocciose in diverse condizioni di carico, l'analisi delle sollecitazioni e delle deformazioni, le applicazioni dei criteri di rottura delle rocce, le prove di laboratorio e i metodi di classificazione dell'ingegneria delle rocce per risolvere le sfide geologiche e ingegneristiche.

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.

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 of fracture mechanics and the smeared crack model using the finite difference element method.