Engineering Geology for Underground Works

Paola Gattinoni is Assistant Professor of Applied Geology for the Politecnico di Milano. She teaches geologic-technical survey and hydrogeology and she is the author of more than 60 papers concerning water flow in fractured rocks; interactions between fluvial dynamics and slope stability, landslides and groundwater modelling; statistical analysis application in geological and hydrogeological fields, and geological and hydrogeological risk assessment. Enrico Maria Pizzarotti is a civil engineer who graduated from Politecnico di Milano. He has been working as a designer and consultant in tunneling, underground and geotechnical works, and hydroelectric power plants for more than 25 years. He is now Senior Partner and Technical Director of Pro Iter S.r.l. (an engineering company in Milan). He is the author of more than 30 technical papers concerning underground excavation, deep foundations, slope stabilization, ground improvement technologies and rock mechanics.Laura Scesi is Professor of Applied Geology at the Politecnico di Milano (School of Civil and Environmental Engineering). She teaches engineering geology and geological-technical survey. Over the years she has conducted extensive research especially on underground excavations connected with geological and hydrogeological problems; landslides and risk analysis; and hydraulic circulation in rocks for the prediction of water inflows in tunnels. She has published more than 80 scientific works and books.

"This book is worth reading, especially for students and professionals in engineering geology. Scholars in hydrogeology, environmental science and hazard prevention may also find it useful in their studies and practices. This book summarizes most of the problems an engineer may encounter in underground design, construction and operation. ... I, therefore, recommend this book to engineering geologists, engineering practitioners, hydrogeologists, students in engineering geology and hydrogeology, decision makers and many others who have an interest in this topic." (Peiyue Li, Journal of Tethys, Vol. 3 (2), 2015)

• Introduction.- Geological and geomechanical problems in underground works design and construction.- Environmental-geological problems due to underground works.- Geological conceptual models for underground works design.- Underground excavation analysis.- Groundwater influence.- Geological risk management.- Risk mitigation and control.- Ground-structure interaction.- Monitoring.