many projects have Detail drawings such as structural, electrical, Plumbing, roof etc. The detail drawings use for high rise buildings, apartment, etc. in that projects can be calculate weight of reinforcement using structural drawings and preparing bar schedule. some small projects have only architectural drawings . there has no include structural detail drawings, hence we have to calculate weight of reinforcement separately column, slab, beam lintel, plinth beam, cantilever slabs and beams, That are showing below....
PER 1 M3...............!!
in between 100 - 110 kg/m3 for column,
in between 110 - 120 kg/m3 for slab,
in between 120 - 130 kg/m3 for beam ........................ !!!
Then add these with weight of non reinforced concrete.
weight of concrete 2400 kg/m3
120 kg/m3
Reinforced concrete floors can be designed for a wide range of loads. Different thicknesses and shapes of concrete and arrangements of reinforcing will have different strengths.
More likely reinforced concrete.
reinforced concrete prise
Steel reinforced concrete is concrete with rods of steel running through it.
120 kg/m3
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Reinforced concrete floors can be designed for a wide range of loads. Different thicknesses and shapes of concrete and arrangements of reinforcing will have different strengths.
The weight of reinforced concrete can vary depending on the density of the materials used and the design of the structure. On average, reinforced concrete weighs about 150-160 pounds per cubic foot. This weight includes the weight of both the concrete and the reinforcement materials such as steel bars or fibers.
More likely reinforced concrete.
reinforced concrete prise
Steel reinforced concrete is concrete with rods of steel running through it.
Reinforced concrete is just normal concrete with steel reinforement placed inside.
One cubic foot of concrete weighs about 144.05 lbs, so one cubic meter of concrete equals 2307.46 kg/m^3 or 5087.08 lb/m^3. This can vary depending on strength, additives, and other factors. ASTM C138/C138M-01a is the standard test method for finding the density (unit weight) of concrete.
A. N. Talbot has written: 'Tests of reinforced concrete beams: resistance to web stresses' -- subject(s): Reinforced concrete 'Tests of concrete' -- subject(s): Concrete 'Tests of concrete and reinforced concrete columns' -- subject(s): Reinforced concrete, Concrete, Columns, Concrete, Concrete construction, Concrete Columns 'The railway transition spiral' -- subject(s): Railroads, Curves and turnouts 'Tests of cast-iron and reinforced concrete culvert pipe' -- subject(s): Pipe, Testing 'Reinforced concrete wall footings and column footings' -- subject(s): Reinforced concrete, Foundations 'Tests of columns' -- subject(s): Accessible book, Columns, Iron and steel, Iron and steel Columns, Reinforced concrete 'The strength of concrete' -- subject(s): Reinforced concrete 'Tests of timber beams' -- subject(s): Girders
1m3 of steel is the same as the first answer 7840Kg.
96kg steel bar is use in 1m3 but also depend on diameter of bar