wall thickness of pipe is (OD - ID) /2
it depends on both the tube wall thickness and the length of the bend and how much you bend it. Otherwise you cannot determine force.
If it is a diameter then you must be in a cylinder or domed room. To get the thickness take the external and subtract the internal then divide the result in half.
That depends on the thickness or diameter of the tube.
Four key variables that affect whether a tube design works are material properties, diameter and length, wall thickness, and internal pressure. The material must provide sufficient strength and flexibility for the intended application, while the diameter and length influence flow characteristics and structural integrity. Wall thickness impacts the tube's ability to withstand internal pressures and external forces. Additionally, the design must account for any environmental factors that may affect performance, such as temperature and corrosion resistance.
That would depend on the wall thickness of the pipe. 54 inches is the outside diameter so subtract the pipe wall thickness (x2) adn you have the inside diameter.
The schedule value refers to the thickness of the wall of the pipe; the bigger the number (schedule) the bigger the wall thickness is of the pipe. The thickness is relative to the diameter of the tube/pipe an the application it is being used in.
Finished wall thickness X 20 = wall height
1 cubic foot of aluminum weighs 169.344 Lbs
take the outside diameter and subtract the thickness twice.
take the outside diameter and subtract the thickness twice.
take the outside diameter and subtract the thickness twice.
An 8-foot steel tube with a 2x4 inch cross-section typically weighs around 10 to 12 pounds per linear foot, depending on the wall thickness. Therefore, an 8-foot length would weigh approximately 80 to 96 pounds. For precise weight, it's essential to check the specific material's density and the wall thickness used for the tube.
=3.14 * (Diameter of pipe in Mtr. - wall thickness in Mtr. ) * Wall Thickness in Mtr. * 7850
The maximum thickness of a reinforced concrete wall is 203 mm.
technically nominal wall thickness refers to pipe wall thickness (average)..if you are referring to shell/hull/fore part of a vessel, the thickness varies depending of type, size, deadweight of the vessel
the wall thickness of sch 40 - 500mm dia pipe is 15mm or 16mm.
It could be 65" (b wall - 5.5" wall thickness), or 66.5" (c wall - 6.25" wall thickness).