CE6601 question bank DESIGN OF REINFORCED CONCRETE and BRICK MASONRY STRUCTURES
CE6601 question bank DESIGN OF REINFORCED CONCRETE and BRICK MASONRY STRUCTURES Regulation 2013 Anna University free download. DESIGN OF REINFORCED CONCRETE and BRICK MASONRY STRUCTURES question bank pdf free download.
Sample CE6601 question bank:
1. Mention the grade of concrete which is used in the construction of water tank.
Richer concrete mix of grades M20 to M30 are commonly used in the construction of water tanks. High quality concrete, in addition to providing water tightness, also has higher resistance to tensile stresses developed in the tank walls.
2. Mention the three factors that must be considered while designing a RCC tank.
ii. Water tightness
iii. Overall stability
3. Water is the types of reinforced concrete water tanks?
i.Tanks resting on ground
iii.Elevated water tanks.
4. Mention the reinforcement details that should be provided in a water tanks.
Minimum area of steel is 0.3 percent of gross area of section upto 100mm thick, reduced to 0.2 percent in section up to 450mm thick. For sections above 225mm thick, provide two layers of reinforcement. The percentage of reinforcement
in base or floor slab resisting directly on ground must be not less than 0.15% of the concrete section.
The minimum cover to all reinforcement should be not less than 25mm or the diameter of the bar whichever is greater.
5. Define the following terms:
A Dome is defined as a thin shell generated by the revolution of a regular
curve about one of its axes.
The circle of each ring in a dome is called Latitude.
iii. Meridian circle:
The circle drawn through two diametrically opposite points on a horizontal
diameter and the crown is known as meridian circle.
The joint between successive horizontal rings is called radial.
v. Meridian thrust:
The reaction between the rings is tangential to the curved surface giving rise to compression along the medians.
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