Elementary profile of gravity dam explain in simple language
Answers
Answer:
Elementary Profile of a Gravity Dam. The elementary profile of a dam, subjected only to the external water pressure on the upstream side, will be rightangled triangle, having zero width at the water level and a base width (B) at bottom, i.e.. the point where the maximum hydrostatic water pressure acts.
Answer:
A gravity dam is a building made to bear loads both from its own weight and from its resistance to sliding off of its foundation and overturning.
Explanation:
The gravity dam has a triangle-like form. This is a result of the water pressure being distributed triangularly. The greater the horizontal pressure on the dam, the deeper the water. According to their structural height, gravity dams can be categorised as follows: up to 100 feet low. between 100 and 300 feet in height, medium and above 300 feet in height. Gravity dams are substantial structures made of stone or concrete masonry. These dams are held in place by gravity and the earth. A gravity dam is typically straight in plan, but it can occasionally be slightly curved, and depends on its own weight for stability. A gravity dam has a considerable water storage capacity.
Thus, compared to normal dams, gravity dams are often stronger and more stable.