Building a dam requires an airtight, structurally sound foundation. The text details how to identify leakage channels, evaluate abutment stability, and avoid fault zones that could trigger reservoir-induced seismicity. 2. Tunneling and Underground Excavation
: Ensuring that the foundations of bridges and buildings are compatible with the subsurface geology to prevent failure from ground settlement or expansive clays. Accessing the Work Engineering Geology By Ds Arora
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Anticlinal and synclinal structures and their impact on tunnel alignment.
Understanding seismic zones, fault activity, and applying geotechnical principles to design earthquake-resistant foundations. Building a dam requires an airtight, structurally sound
Assessing groundwater depth for irrigation and planning for natural agencies like earthquakes and erosion.
Proper water management is vital for the stability of structures. Arora covers groundwater movement, seepage, and its impact on rock and soil mechanics. 5. Geological Hazards Tunneling and Underground Excavation : Ensuring that the
In mountainous terrains, cut-and-fill operations for highways often destabilize slopes. The text examines the triggers of mass wasting and provides engineering solutions, including retaining walls, shear keys, subsurface drainage systems, and shotcreting. 4. Navigating Reference Material and Digital Resources