Rcc Roof Slab

The thickness of rcc slab depends on many factors i e.

Rcc roof slab.

Span of the slab concrete mix use in the slab and steel use in the slab. Wed jul 11 2012. Based on the boundary condition you can determine the axial thrust and the bending moment. Our slabs are acknowledged for their compact design easy installation and rough and tough usage.

Where reinforcement is called a steel rod. Rcc roof slab in the construction industry when they use the word concrete they are talking about reinforced cement concrete also known as rcc. Reduces costs of insurance and has resale value. However the thickness of slab should be 4 5 or 5.

Keeping in mind the precise demands of clients we offer a wide range of rcc slab. Rcc denotes re in forced cement concrete in which cement sand and bajri are laid with the help of mild steel. Various ratios of rcc. The slab should be strong enough to bear the required load according to design.

The reinforced concrete features combined the strength of cement and steel bars which are the basic components of a modern structural design. The slab should be provided steel bars to withheld tensile force so this slab is called the rcc slab. Advances of computational fluid dynamics in nuclear reactor design and safety assessment 2019. Provides solid and durable roofing.

1070 kg steel 95 bags 4750 kg cement 174 80 cuft sand and 349 60 cuft aggregate are required for roof casting of 1000 sq ft rcc concrete slab in india and their construction cost is about is rs 184906. The full form of rcc is reinforced concrete cement. These are one of the most favoured selections of clients owing to its exquisite designs appealing look and dimensional accuracy. Very versatile and provides greater protection.

Sloping slabs under gravity load would be subjected to bending and axial thrust. Advantages of rcc slab. Hence an rcc slab comprises of carefully worked out steel reinforcements in order to provide tensile strength to the structure as it s an obvious fact that concrete mainly withstands compression load and is tremendously weak in withstanding tensile loads the tensile loads end up being taken by the steel reinforcements so that the concrete can sustain without too much damage.