Steel uses I shape that bear more shear load, that is why it is typically used for high buildings, while concrete is used for small building due to the low shear force it can bear.
RCC will need more area as the number of floors get higher, the steel structure don't.
Rcc beam is supported between two support to carry the structure
About 2.27 kg of steel bars is used for the RCC slab of size 50' 18' 4.5.
Concrete is very strong in compression but weak in tension. RCC is concrete with reinforcing steel bars in it. Steel is a really good material in tension. Steel carries the tensile load and thus RCC is strong in tension too. However, designers still try to ensure concrete is in compression wherever possible.
It is rcc structure which carries the load of super structure to the soil.
Steel Cannot be calculated based on cft. Load bearing capacity is required to calculate steel.
Rcc beam is supported between two support to carry the structure
to design rcc structure in 3 types
RCC stands for reinforced concrete cement. it is a building structure made by combining the steel rod with cement concrete mixture. like beam ,pillers etc.
PCC is plain cement concrete. It consists of cement, sand, aggregates and water. It is good at resisting compression. RCC is reinforced cement concrete. It consists of cement, steel, aggregate and water. It is good at resisting tensile stresses also.
Rebar detailing is the arrangement of the reinforcing steel in the the concrete structure. it shows the details of the shape, size, number or spacing of bars in any rcc structre. different sections of the structure is taken and the arrangement of the reinforcement is shown in it. the picture below is the detailing of rcc structre
The difference between concrete and RCC (Reinforced Cement Concrete) comes down to strength and usage. 🧱 Concrete (Plain Cement Concrete - PCC) Made of cement + sand + aggregate + water Strong in compression (can handle heavy weight pushing down) Weak in tension (can crack under bending or pulling forces) Used in: Flooring base Pavements Simple, non-structural works 🏗️ RCC (Reinforced Cement Concrete) Concrete plus steel reinforcement (TMT bars) Strong in both: Compression (from concrete) Tension (from steel) Much more durable and crack-resistant Used in: Beams Columns Slabs Foundations 🔍 Key Difference (Simple View) Concrete = strength in compression only RCC = strength in compression + tension
About 2.27 kg of steel bars is used for the RCC slab of size 50' 18' 4.5.
For a raft foundation, the amount of steel required is in RCC per square meter. This can be calculated using the value of 18 kilograms steel per square meter.
Percentage of steel in RCC is about 1-2%.
Concrete is very strong in compression but weak in tension. RCC is concrete with reinforcing steel bars in it. Steel is a really good material in tension. Steel carries the tensile load and thus RCC is strong in tension too. However, designers still try to ensure concrete is in compression wherever possible.
It is rcc structure which carries the load of super structure to the soil.
In construction RCC means reinforced cement concrete, however RCC Pardi is a versatile and hardy roofing material. Yes, it is composed of reinforced cement concrete. The reinforcement is typically steel.