A gravity dam of trapezoidal cross section shown below, with one face vertical and a horizontal base is 20 m high and 4 m thick at the top. The water at the upstream vertical face stands 2 m below the crest of the dam. The specific gravity of the masonry is 2.4. Compute the base width of the dam when the resultant force will cut the extremity of the middle third considering the uplift pressure force varies uniformly 100% from heel to zero at toe.

Q: A concrete dam of trapezoidal cross-section with one face vertical has a thickness of 3.5 m. at the…

A: a. The cross section of trapezoidal concrete dam. From above figure, tanθ=2010=2 tanθ=15x2=15xx=7.5…

Q: A Masonary Dam &m high, 1.5m wide at the top and 5m wide at the Base retains water to a depth of 7.5…

A:

Q: O.S. 6.0m SH0.85 2.0m 1.0m 2.0m C₁ 4.50m SCOW W.S. 3.90m I

A:

Q: The central section of the dam wall has the following dimensions and properties: Maximum water depth…

A: A dam section is given as below Self weight of the radial gate and its supporting structure is…

Masonry Units

Concrete masonry is among the most surplus building materials present since a wide range of aspects can be accomplished using Concrete Masonry Units (CMU) as they have more benefits than stone or brick masonry. CMU are manufactured in a variety of shapes, colors, sizes, and patterns for various functions and finishing. Due to their modular properties, different CMU can be mixed in the same wall for various textures, colors, and so on. For the formation of the concrete blocks, cement, aggregate, and water are required.