Weight is 1.579 kg/m
0.39 kg/metre
To calculate the weight of a 12 mm diameter, 10 m long concrete reinforcement bar (rebar), you can use the formula: weight (kg) = (length in meters × diameter in mm × 0.00617). For a 12 mm diameter bar, the weight would be approximately 0.74 kg/m. Therefore, for a 10 m length, the total weight would be about 7.4 kg.
Tar steel of 16 mm diameter, you can find this notation in Bar Bending Schedule (BBS) and steel detailing..
the top reinforcement of beam (compression face of beam). it is provided to hold the stirrups in place.
The prefix 'T' signifies a ribbed bar profile. This is as opposed to a bar with an 'H' prefix which has a smooth profile.
I believe T16 refers to the quality of the steel (recipe) used to make it. The higher the number the better type/quality of steel. I have heard T16 is used today (2009) and T3 was used to make the Bay Bridge in California in the 1930's. ---- Actually T16 is the metric size reference of the bar. A T16 bar is the basic equivalent of a #5 bar, there is no such bar as a T3.
.888kg/m
The weight of a 10mm steel reinforcement bar is approximately 0.616 kilograms per meter.
0.39 kg/metre
mass=density/volume
Unit weight of 22mm dia reinforcement steel bar is 3 kg per metre length - Answer by m. Velsamy mobile 09884585625
To calculate the weight of a 12 mm diameter, 10 m long concrete reinforcement bar (rebar), you can use the formula: weight (kg) = (length in meters × diameter in mm × 0.00617). For a 12 mm diameter bar, the weight would be approximately 0.74 kg/m. Therefore, for a 10 m length, the total weight would be about 7.4 kg.
I think the bar along the span is main bar
Tar steel of 16 mm diameter, you can find this notation in Bar Bending Schedule (BBS) and steel detailing..
Presumably the question is one related to weight. Weight per linear metre length of bars = 7.85kg/mm2 x area of cross-section of bar (pi x r2, where r is the radius of the bar)
140 - T20, T16, D16
A cover meter determines the distance from the outside face of the concrete to the depth of the reinforcement bar.