it depends on the type of occupancy, and varies on the code that you want to use.
what pupose concealed beam use in slab design
In the context of structural engineering, a "long discontinuous" in a two-way slab refers to a design feature where a slab has a significant span or length without continuous support, creating a discontinuity in the load-bearing elements. This can lead to variations in the slab's performance under load, potentially affecting deflection, stress distribution, and overall structural integrity. Proper analysis and reinforcement are essential to ensure the slab can safely carry the intended loads despite these discontinuities.
Live load Both are the same Live load is all the live loads which can be consider as variable load. Roof live load This is limited to few categories. man who climbed on to the roof can be consider as roof live load.
A waist slab is a structural element used in construction, often found in staircases or as part of a flooring system. It is a horizontal concrete slab that is typically thinner than the main floor slab and is designed to support the stair flights or landings. The waist slab connects the stair components, providing stability and load distribution. This type of slab helps to optimize material usage while maintaining structural integrity.
Grade beams works as frame and take the load of slab and diverse to the ground
it depends on the type of occupancy, and varies on the code that you want to use.
The load capacity of a 4-inch slab floor can vary based on factors such as the type of concrete mix, reinforcement, and design specifications. Typically, a standard 4-inch reinforced concrete slab can support a live load of approximately 40 pounds per square foot (psf) for residential applications. However, for commercial or industrial use, the load capacity may be higher, often ranging from 50 to 100 psf or more. It's essential to consult structural engineering guidelines or a professional to determine the specific load capacity for a given application.
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.
Trucks, etc.
what pupose concealed beam use in slab design
To determine the required thickness of concrete for a mezzanine with a live load of 60 lbs per square foot, factors such as the span of the concrete slab, reinforcement, and design codes must be considered. Generally, a concrete slab for such applications is commonly designed to be at least 4 to 6 inches thick, depending on the specifics of the load and reinforcement strategy. Consulting with a structural engineer is essential for precise calculations and to ensure compliance with local building codes.
In the context of structural engineering, a "long discontinuous" in a two-way slab refers to a design feature where a slab has a significant span or length without continuous support, creating a discontinuity in the load-bearing elements. This can lead to variations in the slab's performance under load, potentially affecting deflection, stress distribution, and overall structural integrity. Proper analysis and reinforcement are essential to ensure the slab can safely carry the intended loads despite these discontinuities.
To incorporate a live edge slab bar into your home design, consider using it as a countertop or tabletop in your kitchen or dining area. You can also use it as a unique feature in a home bar or entertainment space. Make sure to choose a slab that complements your existing decor and consider adding matching or contrasting stools or chairs to complete the look.
Yes
1st a fall live load, such as (moving loads) that can acting from the slab then it may transmit through the beam.then the load may pass through column and footing.
Just like your tummy slab tranfers your weight to your leg beams
Just like your tummy slab tranfers your weight to your leg beams