Question 2 :
In under reinforced singly reinforced beam, concrete crushes at its maximum strain i.e.
Question 3 :
The characteristic strength of steel is defined as the value of the strength of steel below which not more than............. of test results fail
Question 4 :
A singly reinforced beam 200 mm and effective depth 350 mm is reinforced with 3 bars of 12 mm diameter. using M15 concrete and Fe415 steel.
Calculate Xumax.
Question 5 :
A singly reinforced beam 200 mm and effective depth 350 mm is reinforced with 3 bars of 12 mm diameter. using M15 concrete and Fe415 steel.
Calculate actual neutral axis ( Xu ).
Question 6 :
A singly reinforced beam 200 mm and effective depth 350 mm is reinforced with 3 bars of 12 mm diameter. using M15 concrete and Fe415 steel.
Compare the section.
Question 7 :
A singly reinforced beam 200 mm and effective depth 350 mm is reinforced with 3 bars of 12 mm diameter. using M15 concrete and Fe415 steel.
Calculate moment of resistance.
Question 10 :
In a simply supported reinforced concrete beam, the reinforcement is placed
Question 11 :
In case of a cantilever beam, the tensile zone is above the neutral axis.
Question 13 :
In a reinforced concrete beam, the shear stress distribution above the neutral axis follows a
Question 19 :
Design the Lap joint for the plates of sizes 100 × 16 mm and 100×10mm thick connected so as to transmit a factored load of 100 kN using single row of 16mm diameter bolts of grade 4.6 and plate of 410 grade.
1. calculate strength of bolt in single shear(Vdsb)
Question 24 :
The ratio of span to overall depth for cantilever beam is.
Question 25 :
The ratio of span to overall depth for simply supported beam is.
Question 33 :
The ratio of strength of joint to strength of solid plate is called as..
Question 34 :
The effective length of weld should not be less than
(S- size of weld)
Question 40 :
Calculate Area of steel(Ast) required for RCC section 200×450 effective to resist an ultimate bending moment of 150 kNm. Assume M30 concrete of Fe 415 steel.
