What is the bearing force?

The bearing force is a term used to describe the maximum amount of weight or pressure or some other variables that the structure can hold before collapse. The bearing strength is roughly defined as a maximum bearing that can be placed on a structure before it fails, divided by areas that carry weight. This calculation is regularly used in the technical field for various applications, usually in the construction of buildings, walls and foundations, as well as in the construction and operation of aircraft or other transport vehicles. Divide the bearing load with the surface. In this case, you get £ 1,000 per square foot (504 kg per square meter) of the wall bearing strength for the wall. Most of these cases are under the construction of buildings and other structures, because one must be able to calculate the amount of weight that will have to hold the wall, support beam or cross member after completion of the building. This weight calculation includes not only the weight of the materials themselves, but also other materials used in the completion of the building such as carpet and furnitureEC. The correct calculation is essential to prevent unnecessary voltage to part of the structure that could fail in normal use.

The force of the bearing is also a term used with regard to the design and construction of aircraft. During the take -off, flying, height, landing and other operating maneuvers, a number of pressures and forces develop. It is necessary to take into account the force of the bearing of various surfaces, such as wings, rivets that hold parts of the air frame and the landing device carefully because the aircraft is designed. This attention avoids problems later when the aircraft is actually operated. The bearing force calculations are usually carried out by design or engineering companies proposing a building or aircraft, although they are sometimes used before the design, when the item is still in the theoretical phase.