Net floorspace divided by load factor from occupancy tables of applicable code. For instance, NFPA 101 requires 7 sq ft per person in compact dance areas and 15 sq ft per person where there is seating, provided it is not fixed seating.
You then calculate the egress load by allowing one person for each 0.2 inches of doorway or hallway (whichever is narrower), or 0.3 inches if there are stairs.
The lower number (area load or egress load) is the overall limit for that occupancy. There are, however, many other factors for each specific location, such as whether the main doors can accommodate at least 2/3 of the max load, whether there are sprinklers, whether there is live entertainment, what floor of the building it's on, what kind of building structure it is, etc.
It would depend almost entirely on what that room is USED for, i.e., the type of occupancy. If it is a storage room in a retail store, you are not allowed to have more than one person for each 300 sq ft (i.e., 5 people), but if it is a classroom in a K-12 education occupancy, you would be allowed one for each 20 sq ft of open space (net floorspace), i.e., 72 people. The NFPA Life Safety Code, or other similar code adopted in your jurisdiction, will determine what load factors to use for your particular occupancy, whatever it is. After you know the permissible load by area, you then calculate the permissible exit load, based upon the location, type and width of the various doors. If the exit load is smaller than the area load, your occupancy is limited by the exits.
If the bar is circular then it is: pi*radius square
To calculate the formula for duct sizing divide the room load by the whole house load. Next multiply those results by the equipment CFM.
Measure the width and length of the room. Measure only the area where people will sit or stand; for example, if you want to find the maximum occupancy of a bar, measure only where patrons will stand, and not the area behind the bar. If you have a room that is shaped irregularly, separate the room into square portions for ease of measurement.2Figure the area of the room, by multiplying the length by the width. For example, if your room is 50 feet long and 40 feet wide, the area is 2,000 square feet (50 x 40 = 2,000). If you measured the room in sections, add up the square feet of each section.3Divide the square footage by 36. In the example above, divide 2,000 by 36 to get 55.55. Rounding down--the safer bet, since the fire marshal will always play it safe by allowing a smaller maximum occupancy-- that room should be able to hold 55 people. However, the occupancy will be lower if there are a number of obstructions, such as tables, columns or couches.
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To convert kilonewtons (kn) to occupancy load, you need to know the weight-bearing capacity of the floor. Occupancy load is typically measured in pounds per square foot or kilograms per square meter depending on the building code. Once you have the weight-bearing capacity of the floor, you can calculate the occupancy load by dividing the capacity by the force exerted by the kn.
If this pool is indoors consult your local fire marshal for the restrictions on the building occupancy level
There are actually a few ways that you can calculate occupancy rate. You can have general unit occupancy, occupancy by square footage or economic occupancy. There is an article in the Storage Facilitator that breaks down each of these and tells you what percentage you should aim for. Check it out in the related links section.
It would depend almost entirely on what that room is USED for, i.e., the type of occupancy. If it is a storage room in a retail store, you are not allowed to have more than one person for each 300 sq ft (i.e., 5 people), but if it is a classroom in a K-12 education occupancy, you would be allowed one for each 20 sq ft of open space (net floorspace), i.e., 72 people. The NFPA Life Safety Code, or other similar code adopted in your jurisdiction, will determine what load factors to use for your particular occupancy, whatever it is. After you know the permissible load by area, you then calculate the permissible exit load, based upon the location, type and width of the various doors. If the exit load is smaller than the area load, your occupancy is limited by the exits.
If you mean the maximum occupancy of a room, then several things are considered. The square footage of the room, the room's purpose, and the number of emergency exits that exist are factored in.
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You first have to find out what the load amperage is going to be and second, what is the working voltage.
Assuming that the bar is made of steel & of circular cross-section & loaded in simple tension, Stress= Load applied/area of the bar. In SI units, area = Pi x (diameter)2/4 "square metre" Apply the load in "Newtons". then calculate the stress developed in N/m2
usually by the number of seats
Divide current occupancy by the total possible occupancy and multiply by 100. For example: If a facility has a total possible occupancy of 100 and the current occupancy is 75 then the occupancy rate is 75%. 75 / 100 * 100 = 75 % If you do not multiply by 100 then you have the answer as a decimal fraction.
occupancy multiply by daily room rate
Knowing the total area is not enough. You need to know the occupancy proportion as well.