Fundamentals of Acoustic Emission in Geotechnical Engineering

Häftad, Engelska, 2027

1 726 kr

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Beskrivning

Fundamentals of Acoustic Emission in Geotechnical Engineering provides a comprehensive overview of acoustic emission (AE) theory and its practical applications in understanding rock behavior within geotechnical contexts. Sections cover basic principles of acoustic emission and its relevance to monitoring rock damage and failure processes, presenting experimental studies that capture AE signals throughout the entire progression of rock damage and offering insights into the mechanisms driving material degradation. The text also explores the distinct acoustic emission characteristics associated with various rock damage modes, enhancing the ability to identify and differentiate failure processes.

In addition, it further investigates the patterns and laws governing the evolution of rock damage as revealed by AE data. Fractal analysis techniques are applied to describe the complex spatiotemporal evolution of acoustic emissions, providing a quantitative framework for interpreting AE signals in rock mechanics. Finally, a significant focus is placed on the prediction of rockbursts, a critical hazard in underground mining and tunneling, using acoustic emission monitoring techniques.

Integrates damage mechanics and fractal nonlinear theory into acoustic emission research, providing readers with a unified theoretical framework
Offers a structured summary that spans acoustic emission mechanisms, theoretical models, experimental methods, testing standards, and engineering practices
Incorporates at least one case study per chapter, along with visual elements such as flow diagrams, comparison tables, and end-of-chapter summaries

Produktinformation

Utgivningsdatum:2027-01-01
Mått:191 x 235 x undefined mm
Format:Häftad
Språk:Engelska
Antal sidor:500
Förlag:Elsevier Science
ISBN:9780443459481

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Mer om författaren

Professor Ru Zhang is a Distinguished Professor at Sichuan University. Her research is driven by the major strategic demands of national deep-earth exploration and the frontiers of science. She has long been engaged in both fundamental and applied studies in deep-earth rock mechanics and engineering safety, as well as in-situ exploration and intelligent construction in deep geological environments. Professor Zhang has established a solid academic foundation and accumulated extensive expertise in the field of acoustic emission associated with rock fracture.Dr. Zetian Zhang is an associate professor at Sichuan University, China. He served as a council member and deputy secretary-general of the Deep Space Detection and Development Branch of Chinese Society for Rock Mechanics and Engineering. His main interests cover basic scientific research on the deep rock mass seepage mechanics, in situ multi-physical fields detection, and multi-field coupling mechanisms in deep underground engineering.Dr. Ting Ai is a Senior Research Engineer at Sichuan University, China. With expertise in experimental rock mechanics, her research primarily focuses on acoustic emission testing and novel characterization methods for rock damage, alongside studying the depth-dependent mechanical behavior of rocks under simulated in-situ environments. Dr. Anlin Zhang is a Postdoctoral Researcher at Sichuan University, China. He has been awarded the Fellowship of the China National Postdoctoral Program for Innovation Talents. His research focuses extensively on both experimental and theoretical investigations in deep rock mechanics, with particular emphasis on the mechanical properties, failure mechanisms, and engineering disturbance responses of rocks under deep in-situ geotechnical conditions.

Innehållsförteckning

1. Introduction2. Fundamentals of Acoustic Emission Theory3. Experimental Studies on Acoustic Emission during the Entire Process of Rock Damage Evolution and Failure4. Acoustic Emission Characteristics of Rocks under Different Damage Modes5. Preliminary Study on the Evolution Law of Rock Damage Based on Acoustic Emission6. Fractal Characteristics of Spatiotemporal Evolution of Rock Acoustic Emission7. Rockburst Prediction Based on Acoustic Emission