Question

Given the floor assembly shown below, calculate the dead load on the floor system (units psf). Refer to the dead load table in the text as necessary. Include allowance for linoleum tle and moveable steel partitions Per Foot Length Per Foot Width Top of floor Reinforced Concrete Floor Bottom of floor include allowance for acousticel celing tile and mechanical ducts Perspective View

Answer 1

To calculate the dead load on the floor system, consider the weight of all the components of the floor assembly. Use the weight per square foot for each component and multiply it by the length and width of the floor system.

Step-by-step explanation:

To calculate the dead load on the floor system, we need to consider the weight of all the components of the floor assembly. The dead load includes the weight of reinforced concrete floor, linoleum tile, movable steel partitions, acoustic ceiling tiles, and mechanical ducts.

Using the dead load table in the text, we can find the weight per square foot for each component. Add up the weight per square foot for all the components and multiply it by the length and width of the floor system to calculate the dead load in units of pounds per square foot (psf).

For example, let's say the reinforced concrete floor weighs 150 psf, the linoleum tile weighs 10 psf, the movable steel partitions weigh 5 psf, the acoustic ceiling tiles weigh 7 psf, and the mechanical ducts weigh 3 psf. If the dimensions of the floor system are 10 feet by 20 feet, the dead load would be (150 + 10 + 5 + 7 + 3) x 10 x 20 = 13,000 psf.