Design of Concrete Floors-on-Grade: 

• Calculate the maximum stationary live load that concrete slab-on-grade floor can support.

• Calculate the minimum thickness required for a concrete slab-on-grade floor to support a stationary live load.

• Calculate the required concrete slab-on-grade floor thickness required to support traffic loads.

• Calculate the required floor thickness for a concrete slab-on-grade floor supported by a stabilized/modified soil subgrade.

• Calculate the maximum length of steel reinforced slab-on-grade floors.

• Calculate the minimum steel reinforcement required to reduce the required slab-on-grade concrete thickness by two or three inches.

• Calculate the approximate flexural strength of concrete (S'c) from the 28 day compressive strength (f'c).

• Calculate the approximate 28 day compressive strength of concrete (f'c) from the 28 day flexural strength (S'c).

• Calculate the California Bearing Ratio, CBR, from the Modulus of Soil Reaction, k.

• Calculate the Modulus of Soil Reaction, k from the California Bearing Ratio, CBR.

• Calculate the maximum wall load that the edge of a concrete slab-on-grade floor can support.

• Calculate the thickness of the edge of a concrete slab-on-grade floor required to support a wall load.

• Calculate the maximum wall load that the maximum wall load that a concrete slab-on-grade floor can support at a joint or at the center/interior of the slab.

• Calculate the required thickness of a concrete slab-on-grade floor to support a wall load at the center/interior or on a joint.

• Calculate the minimum thickness of a fiber reinforced slab-on-grade floor to support traffic loads.

• Calculate the deflection of a fiber reinforced concrete slab-on-grade floor under traffic loading.

• Calculate the allowable deflection for a fiber reinforced concrete slab-on-grade floor.

• Calculate the required thickness of a concrete slab-on-grade for a warehouse floor.