Angle iron Jahan Foulad

Reducing the cost of building structures can be one of the most important concerns of designers. The widespread use of a variety of angles in the construction of structures doubles the importance of choosing the right angle depending on the application it has in the design. Choosing the right thickness and the right angle plays an important role in optimizing project implementation costs. Angle iron score consists of 3 numbers, the first and second numbers representing the wing width and the third number being the millimeter wing thickness.

Angle iron Usage:

Angle iron is one of the most important parts used in the building and construction industry. Angle iron has a variety of applications, including applications in bracing, truss construction, LSF structures, power transmission towers and metal frames. Mentioned in industrial machinery and equipment.

They typically use 1mm to 5mm angle irons to connect bridges to columns, rail beams to load shafts, columns to foundations in foundations in construction and industry, in addition to the above. Used in column construction and also in trusses. In some other structures, such as elevator-related structures, crushed corners are known as the angle irons at chromite ceilings for the upper wings of the joists, straps or studs are applied and enclosed in concrete. Although cornering is more common.

Finding the optimum connection mode and using it increases the reliability factor, thus increasing the safety of the structures without increasing the size of the sections and only using the optimum form of connection. By identifying the areas of these stressful areas and reinforcing these locations, it is possible to increase the safety of the structure at a minimal cost without increasing the size of the sections. The most optimal connection mode is where the sheets with each of the angle irons of the wings form an angle of 54 degrees and the sheets are aligned so that the center of gravity and the sheets of the joint are aligned on one line. Hypothetical to deploy.

In conventional steel structures, beam-to-column joints are usually designed with the assumption of a rigid or ideal joint. But most actual beam-to-column joints behave similar to semi-rigid joints. One of the most common types of joints in steel structures is the joint or die joint and die plate, which, if reinforced in the joint or sheet, leads to a simple, semi-rigid joint.