What is a wide ray of flange?
A wide flange beam is a type of building material used for the construction of houses, bridges and other structures. As well as a standard beam I have a profile that resembles the letter "I" or "H." The central website combines two parallel end units known as flanges. While the standard beam flanges are relatively narrow, they are much wider in the wide beam and can be the same as the length of the web height. In the United States (USA), wide flange rays represent the most widespread type of beam, while standard I-Pans are less common.
To understand how this type of beam works, one can imagine a single steel leaf lying on the ground. This sheet represents the lower flange of the beam. The second steel leaf with the same dimensions as the first can be placed in the center of this sheet, located at an angle of 90 degrees, then welded or forged in the location to create a site. The third sheet is then placed parallel to the first one to create a second flange. In the i-Pa standardThe breast, flanges are generally narrower than the height of the web, while in a wide flange beam they are often as long as the site is high.
This beam can be used in many types of building applications. In the US, it is a standard for creating columns in domestic and commercial buildings. These rays can also be placed parallel to the ground to form floors and roofs. They also play a key role in bridge construction and serve as structural support for ramps and overpasses on the highway. These rays are traditionally made of steel or aluminum, although also more common models of wood and composite models, especially for residential construction.
The primary advantage of a wide flange beam is that it allows builders to distribute the burden in a wide area. This means that it can support a larger or wider structure with less risk of failure. It also weighs less than a square beam of the same size but can supportLower load, which makes them more efficient.
All over the world are rays standardized, which makes it easier for engineers, architects and builders to coordinate during construction. In the US, sizes are based on standards developed by the American Society for Testing and Materials (ASTM) International or American National Standards (ANSI). Other countries can also use these standards, although some rely on their own set of beam size requirements.
The size of a wide flange beam in the US always precedes "W." The numbers after this letter provide the depth of the web and the weight of the beam. For example, a beam labeled W10x22 will have a belt depth of 10 inches (25 cm) and a weight of £ 22 per track (33 kg per m).