The edge stress can be found out for a slab thickness of range 10-30 cm using design charts.

The edge stress can be found out for a slab thickness of range 10-30

1.	The edge stress can be found out for a slab thickness of range 10-30 cm using design charts.
A.	True
B.	False
Answer» C.

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The edge stress can be found out for a slab thickness of range 10-30 cm using design charts.
Find the distance at which the maximum corner stress would occur if the following data is available.Modulus of elasticity of cement concrete, E = 2×105 kg/cm2Thickness of slab, h = 18 cmPoisson’s ratio, μ = 0.15Modulus of subgrade reaction, k = 6 kg/cm3Radius of contact area, a = 15 cm
At what distance from the apex of the slab corner does the maximum stress occur in a rigid pavement?
In the design chart for finding corner stress by IRC, what parameter below is not constant?
What is the critical stress at the edge of rigid pavement for the below data?Wheel load, P = 5100 kgModulus of elasticity, E = 2.1×105 kg/cm2Pavement thickness, h = 16 cmPoisson’s ratio, μ = 0.15Modulus of subgrade reaction, k = 7 kg/cm3Radius of contact area, a = 15 cm
Find the corner stress for the data given below.Wheel load, P = 5500 kgPavement thickness, h = 20 cmRadius of relative stiffness, l = 65 kg/cm3Radius of contact area, a = 15 cm
What is the modified equation for maximum stress at the corner?
What is the critical stress at the interior of rigid pavement for the below data?Wheel load, P = 5100 kgModulus of elasticity, E = 3×105 kg/cm2Pavement thickness, h = 17 cmPoisson’s ratio, μ = 0.15Modulus of subgrade reaction, k = 7 kg/cm3Radius of contact area, a = 15 cm
Compute the equivalent radius of resisting section if the radius of wheel load distribution is 15 cm and the pavement thickness is 15 cm.
When the value of the radius of wheel load distribution is ______, it is equal to the equivalent radius of resisting section.

The edge stress can be found out for a slab thickness of range 10-30 cm using design charts.

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