STEEL BUILDINGS- “Recent technological advancement in architectural construction”
An effort by SML
Steel has the highest strength to weight ratio among building materials, including concrete. Steel is eight times (8X) stronger than concrete in tension and shear; steel is resilient unlike concrete; and steel has better resistance to tensile, compressive, and flexural stress.This made steel structures one step ahead in the competitive environment of construction technology.
Additionally, the potential application of Artificial intelligence and machine learning are improving novel methods of building, like modular construction, which is a growing part of the construction sector.
The Pre-engineered steel structure design offers affordable, sustainable constructions. Steel constructions of the Pre-Engineered Structure (PES) type can be built rapidly and easily. Pre-engineered buildings are simply steel structures where extra steel is avoided by tapering the sections to accommodate bending moments. A contemporary idea is the implementation of Pre-Designed Structure (PES), which uses steel structures and improves design by guaranteeing economic safety.
The significance of building construction today is growing daily. Pre Engineered Structure (PES) are structures that are designed in a factory and put together on location. Building industrial structures such as warehouses, metro stations, and other structures typically use this kind of structural concept. In India, pre-engineered Structure (PESs) are the newest fashion. A PES is a type of metal structure with light gauge wall covering and standing seam roof panels supported by steel purlins that span between rigid frames.
PRE ENGINEERED STRUCTURE
The facility itself produces or manufactures pre-engineered steel buildings. Structural members are produced in accordance with customer specifications. Because members are built in accordance with design features, the precise structural members are created specifically for their respective locations and are numbered, which cannot be changed. For transporting, these parts are produced in a modular condition. These components are delivered to the customer’s location, where they are put up. At the customer’s location, no welding or cutting is done. On-site production is not done. Thus, It is the most cost-effective and adaptable building system, making it perfect for any industrial, institutional, or commercial application—low or high rise.