Structural steel is a material widely used in construction due to its high strength and durability. Through structural steel service, a wide variety of parts and elements ideal for construction can be obtained, which makes it an indispensable service for the sector. The following are the main mistakes and mishaps that can occur during the Service of Structural Steel.
Errors
Among the main errors in structural steel service are the following errors:
Poor quality control
One of the most common mistakes is poor quality control, which can lead to defects such as incomplete welds, cracks, or porosity. To avoid such errors, periodic inspections should be carried out, and industry quality standards should be met.
Lack of design and measurement accuracy
During the service of structural steel, the mistake of inaccurate design or measurements can be made, which can lead to a defective result in the structural parts or elements (beams, columns, etc.). To avoid this type of error, accurate measurements, and detailed design must be carried out in order to guarantee the dimensions and characteristics of the structural elements or components.
Welding defects
During the service of structural steel, welding errors can occur, which can compromise the integrity and safety of the structure. For this reason, it is essential to carry out the proper welding techniques and methods for each design.
Setbacks
During structural steel services, the following mishaps may occur:
Storage and transfer
Mishaps can occur due to improper storage and movement of parts or structural elements since structural steel is a material susceptible to corrosion. These mishaps can be minimized if the parts are moved or stored in locations with low exposure to chemicals, moisture, and other environmental factors. In addition, protective coatings (varnish, paint, etc.) can be applied to help prevent rust and deterioration of the material.
Element/Part bending and fatigue
Structural parts or elements can exhibit fatigue or deflection, which can become a major setback. When a structural part or element is subjected to excessive loading, unloading, and deflection, it can cause component failure and affect structural integrity.
To avoid this type of mishap, it is important to develop a detailed design, select good quality materials, and carry out thorough inspections for quality control.
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