The weight a concrete slab can support depends on its design, reinforcement, and the load applied to it. However, a standard concrete slab of 100 mm (10 cm) thickness, made with normal concrete, weighs approximately 2,400 kg per cubic meter. Therefore, a square meter of this slab would weigh about 240 kg. The actual load-bearing capacity will vary based on factors such as the type of load (static or dynamic) and safety factors applied in structural design.
A concrete slab's thickness can vary greatly depending on the application. Typically, a concrete slab varies between 500mm to thousands of millimeters.
There are too many variables that are not quantified in the question to answer this. What kind of concrete? (There are different kinds.) Is the concrete reinforced? How is the square of concrete supported? What is the nature of the load and how is it distributed on the slab? We could go on.
The weight a 5-inch thick concrete slab can withstand depends on several factors, including the concrete's compressive strength, load distribution, and reinforcement. Generally, a standard concrete slab with a compressive strength of 3,000 psi can support around 50 pounds per square foot (psf) for residential applications. However, this can vary widely; for heavier loads or specialized applications, higher-strength concrete and proper engineering design may be required to ensure safety and performance. Always consult a structural engineer for specific load calculations.
Floating slab is a type of mat foundation. It consists of a hollow mat formed by a grid of thick reinforced concrete walls between two thick reinforced concrete slabs. The weight of the soil excavated from the ground is equal to the weight of the entire building, so that pressure on the soil is unchanged from the original condition, making the building float on the soil
4 To 6 inches
Your question is missing a verb. Do you want it's weight? It's cost? Something else?
For a 4-inch thick slab you will need at least 1.2 cubic yards.
2.15
A concrete slab's thickness can vary greatly depending on the application. Typically, a concrete slab varies between 500mm to thousands of millimeters.
14.81 yds
You will need at least 14 cubic yards.
A 6-inch concrete slab can typically support around 150 pounds per square foot.
There are too many variables that are not quantified in the question to answer this. What kind of concrete? (There are different kinds.) Is the concrete reinforced? How is the square of concrete supported? What is the nature of the load and how is it distributed on the slab? We could go on.
1.25 cubic yards for a 4-inch slab. 2 cubic yards (1.85) for a 6-inch slab.
4.074 cubic yards for every foot the slab is thick.
The weight a 5-inch thick concrete slab can withstand depends on several factors, including the concrete's compressive strength, load distribution, and reinforcement. Generally, a standard concrete slab with a compressive strength of 3,000 psi can support around 50 pounds per square foot (psf) for residential applications. However, this can vary widely; for heavier loads or specialized applications, higher-strength concrete and proper engineering design may be required to ensure safety and performance. Always consult a structural engineer for specific load calculations.
Floating slab is a type of mat foundation. It consists of a hollow mat formed by a grid of thick reinforced concrete walls between two thick reinforced concrete slabs. The weight of the soil excavated from the ground is equal to the weight of the entire building, so that pressure on the soil is unchanged from the original condition, making the building float on the soil