Performance of Tunnel Boring Machines (TBM) in Rock

Performance of Tunnel Boring Machines (TBM) in Rock

This book presents the latest advancements in predicting Tunnel Boring Machine (TBM) performance in hard rock, a critical aspect of mechanized tunneling. Featuring contributions from renowned international experts, the book systematically covers key topics across ten chapters. Four pivotal chapters (2 to 5) are authored by the original developers of the world’s leading performance prediction models—CSM, NTNU, QTBM, and UT—providing unique insights into their latest versions, formulations, and applications. The remaining chapters address crucial related areas, including TBM performance in seismic zones, cutterhead modeling, disc cutter wear, feature optimization, and the application of artificial intelligence (XAI/ML) for enhanced, interpretable predictions. Serving as both a reference and a practical guide, this book is essential for researchers, engineers, and professionals involved in TBM project planning, design, and execution.

This book presents the latest advancements in predicting Tunnel Boring Machine (TBM) performance in hard rock, a critical aspect of mechanized tunneling. Featuring contributions from renowned international experts, the book systematically covers key topics across ten chapters. Four pivotal chapters (2 to 5) are authored by the original developers of the world’s leading performance prediction models—CSM, NTNU, QTBM, and UT—providing unique insights into their latest versions, formulations, and applications. The remaining chapters address crucial related areas, including TBM performance in seismic zones, cutterhead modeling, disc cutter wear, feature optimization, and the application of artificial intelligence (XAI/ML) for enhanced, interpretable predictions. Serving as both a reference and a practical guide, this book is essential for researchers, engineers, and professionals involved in TBM project planning, design, and execution.

Highlights

• Shows a comprehensive discussion on Tunnel Boring Machine performance prediction models for excavation in rock formation Bridges theory with practical applications Addresses the complexity of tunneling in rock by TBMs and related impacts on machine performance