Minimum Compressive strength of first class brick is 10.5 MPa
Depends on type of cement , but it is a Minimum of 35MPa at 28 days
7.5 inch
LOAD BEARING WALLS Walls that must support the dead load of their own weight and the weight of subsequent bearing structural members placed upon them. In addition, load bearing walls must be capable to carry the load of "live" loads that are anticpated to be placed upon the the system without deflection that can degrade or negatively impact structural intergrity. NON LOAD BEARING Walls that are only intended to support themselves and the weight of the cladding or sheathings attached. Non load bearing walls provide no structural support and may be interior or exterior walls. Non load bearing walls must be braced to resist minimum 5 psf lateral loads.
The minimum slope shall be 1% to 2%.
Minimum Compressive strength of first class brick is 10.5 MPa
Depends on type of cement , but it is a Minimum of 35MPa at 28 days
40cm (length) X 20 cm (width) X 4 in (thickness)
The efficiency of riveted joints is the ratio between the minimum strength of the joint against failure by tension, shear or bearing to that of the members without a joint .balamurugan.g
Minimum breaking strength refers to the minimum amount of force or tension a material or object can withstand before it breaks or fails. It is an important specification used to determine the safety and reliability of various products, such as ropes, cables, and load-bearing equipment.
What is the minimum power or strength of rifampin capsules for treating tuberculosis?
That depends on what the beam is supporting above. Ideally 150mm bearing is the minimum. I have seen as little as 50mm! But any engineer would frown upon this.
its depend on the soil bearing capacity
7.5 inch
It depends on how it is worked, but a minimum strength in tension is 80,000psi. In shear, it is 0.577 times the tension strength, or shear strength minimum = 46,000 psi
A compressive force is a type of force that tends to decrease the volume of a material by squeezing or pushing it together. It is directed towards the center of the material and is opposite to tensile force. Compressive forces can cause materials to deform or buckle under pressure if they exceed the material's ability to withstand compression.
Minimum Breaking Strength