if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
Then it will depend on the concrete mix and use to which it will be put. This will determine bar spacing and size. Unless you are a qualified civil engineer, don't even think of guessing!
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it depends on the structure, but to be safe is 200 kgs per m3
THIS SHOULD BE ANSWERED BY STRUCTURAL DESIGNER IF THERE IS FIX RSB QUANTITY/CU.M IN STAAD SOFTWARE.
TELL US WHAT SIZE OR DIAMETER OF BAR YOU ARE USING AND FOR WHAT STRUCTURE I MEAN LIKE SLAB WALL OR COLUMN ETC ????THEN I CAN TELL YOU .
if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
if its the weight of concrete/m3 it is 2400 kg/m3.If u want to calculate the reinforcement required it should calculated separately as per the unit,it varies from suppose footing,columns,beams.slabs etc etc.u cannot have a thumb rule for steel calculation as it depends on the type of structure,but as such for a villa type of structure u can take the steel qty as150 kg/m3 of concrete.But better to evaluate the steel as per the section of the member
MY FRIEND YOUR QUESTION IS NOT CLEAR .WHAT DIAMETER OF BAR YOU ARE USING or for what structure? depeend on that i can tell you.
Then it will depend on the concrete mix and use to which it will be put. This will determine bar spacing and size. Unless you are a qualified civil engineer, don't even think of guessing!
160KG Minimum.
yes that is reinforcement rebar
RSB???? Do you mean Rebar?
What do you mean by RSB?