Stability and integrity of any dam structure is always of great concern since any possibledamage in the structure can affect its operational capabilities and may pose risk to the life and propertyat downstream of the dam at the time of failure, besides causing huge economic loss. Dam safety isconsidered an inherent function in the planning, design, construction, maintenance and operation ofdams. In spite of taking due care in planning, design and execution stages many of such dams haveshown signs of distress. It has been recognized worldwide that dam safety aspects, particularly of theexisting dams, are not receiving adequate attention even as the number of oldexisting dams are aging.One of the important aspects of this safety is to assess the nature of likely damage if the proposed damfails. Lessons from the past have taught us the fact that dams with a perfectly safe design some fifty orhundred years ago are not safe anymore with present dam safety standards. Majority of the presentdams therefore need a thorough inspection and subsequent rehabilitation measures, as they have beenconstructed a century back and gradual wearing of material properties inclusive of some structuraldistresses of the dams must have taken place during passage of time.To assess the health of the dam, application of Geo-physical survey method found to be reliable andpowerful tools for Geo-technical Investigation. They cover the whole range of soils and rocks,independently of particle size, and provide data in the natural state for the characterization at differentscales. Assessment of the reliability of the most popular techniques is therefore of primary importancefor static and seismic applications. This is also considered to provide an insight on the consequences inthe practice of geotechnical engineering.
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Barman et al. (2024) studied this question.
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