As a future engineer or engineering geologist, outline the suitable site investigation procedure that can be used to identify/predict the presence of cavities, pinnacles, and overhang in a karst limestone formation. With the help of sketches, choose the suitable engineering countermeasures that can be used to minimize or reduce the risk associated with the tunnelling project in a karst limestone formation.
As a future engineer or engineering geologist, outline the suitable site investigation procedure that can be used to identify/predict the presence of cavities, pinnacles, and overhang in a karst limestone formation. With the help of sketches, choose the suitable engineering countermeasures that can be used to minimize or reduce the risk associated with the tunnelling project in a karst limestone formation.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![As a future engineer or engineering geologist, outline the suitable site investigation procedure that
can be used to identify/predict the presence of cavities, pinnacles, and overhang in a karst limestone
formation. With the help of sketches, choose the suitable engineering countermeasures that can be
used to minimize or reduce the risk associated with the tunnelling project in a karst limestone
formation.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fedd7c55f-5862-4ccb-842d-ed25b8dd3140%2F1bff0d96-aa83-4a21-827d-542a3e5b7a84%2Fuzzoem_processed.jpeg&w=3840&q=75)
Transcribed Image Text:As a future engineer or engineering geologist, outline the suitable site investigation procedure that
can be used to identify/predict the presence of cavities, pinnacles, and overhang in a karst limestone
formation. With the help of sketches, choose the suitable engineering countermeasures that can be
used to minimize or reduce the risk associated with the tunnelling project in a karst limestone
formation.
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