Standard 55 gallon drum measures 22.5 inches in diameter, and 33.5 inches high. You can fit ten in the container lengthwise, four widthwise, and either two or three stacked atop each other (depending on the height of the container.. if you have 110 inches of inside height, it'll be three high). So, if it's three high, you'll be able to fit a total of 120 in a 20 ft. shipping container. This is, of course, assuming that these drums are not on pallets.
602 sq inches, on the inside and outside. pi x diameter x height x2
To determine how many T-shirts can fit in a 40-foot shipping container, we would first need to calculate the volume of the container in cubic feet. Assuming a standard 40-foot shipping container has dimensions of approximately 40 feet in length, 8 feet in width, and 8.5 feet in height, the total volume would be 40 x 8 x 8.5 = 2,720 cubic feet. Next, we would need to know the volume of each T-shirt and how they would be packed to calculate the number of T-shirts that can fit. If we assume each T-shirt occupies 0.5 cubic feet and are packed efficiently without wasted space, we could fit approximately 2,720 / 0.5 = 5,440 T-shirts in a 40-foot shipping container.
Well, let's see. It has to be big enough to put the whole object in with nothing hanging out, but it has to be small enough so that the object won't rattle and slide around inside. We're going to say that a container with inside dimensions of 27 by 19.5 by 19.5 inches should be just about right.
It works out as 11 inches because the square base of the prism has 4 sides of 11 inches.
Standard 55 gallon drum measures 22.5 inches in diameter, and 33.5 inches high. You can fit ten in the container lengthwise, four widthwise, and either two or three stacked atop each other (depending on the height of the container.. if you have 110 inches of inside height, it'll be three high). So, if it's three high, you'll be able to fit a total of 120 in a 20 ft. shipping container. This is, of course, assuming that these drums are not on pallets.
One gallon of water is equal to approximately 231 cubic inches. Therefore, 400 gallons of water would measure approximately 92,400 cubic inches. To find the height in inches, divide the total cubic inches by the surface area of the container the water is in.
160------------------Solution Method:1. Define standard drum & shipping container dimensions:The inside dimensions of a standard 40 ft shipping container are:Length: 40' (12192 mm)Width: 8' (2438 mm)Height: 8' 6" (2591 mm)The outside dimensions of a typical 55 gallon drum are:Diameter (rim): 23 inches (584 mm)Height: 34.5 inches (876 mm)2. Calculate the number of drums that will fit into the container:Length: 12192mm / 584mm = 20 drumsWidth: 2438mm / 584mm = 4 drumsHeight: 2591mm / 876mm = 2 drums20 * 4 * 2 = 160 drums
A 20-foot container has external dimensions of 1) height of 102 inches (8 feet 6 inches); 2) length of 238 inches (19 feet 10 inches); and depth of 96 inches (8 feet); and internal dimensions of 1) height of 92 inches (7 feet 8 inches); 2) length of 230 inches (19 feet 2 inches); and depth of 90 inches (7 feet 6 inches).
I think about 20 deg. hotter than the outside temp.
Inside a standard profile, 13'6 van or curtainside trailer, the inside height is 110 inches.
It can get well over 100* Fahrenheit. Even in the winter time when it is in the 30's out a container will be much warmer inside if it's sunny out.
Yes, a sea shipping container can be transformed into a Faraday cage by lining the inside with a conductive material such as copper or aluminum. This will effectively block external electromagnetic signals from penetrating the container, making it suitable for protecting sensitive equipment or electronics from interference.
602 sq inches, on the inside and outside. pi x diameter x height x2
You measure the inside depth, length and height and then multiply them.
They very a bit but a typical 53' dry van road trailer is 110 inches inside height.
A 13'6 normal profile van trailer has an inside height of 110 inches.