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Structural Engineering Services: The Future of Sustainable Building Design

10 April 2020

Most project managers may have already a preferred design, style, and layout of their building, but the way these properties will be structured and constructed under different elements that are present on their surroundings is usually not yet determined. And if the whole process of making the building structurally sound is skipped, then it can certainly lead to catastrophic incidents along the way.

Fortunately, almost all construction companies offer structural engineering services to their clients. Structural engineering has been utilised by these companies for a long time now as it carefully establishes the best approach in dealing with any unprecedented situations around a specific building. 

Importance of Structural Engineering

The main gist of structural engineering is it can readily assess the best way a building must be built so it can withstand stresses, pressures, and other elements that may occur in the future. In principles, structural engineering is a sub-discipline of civil engineering that tackles the calculation of stability, strength, and rigidity of both buildings and nonbuilding structures. Structural engineers, which are the people who are dealing with structural engineering, typically work with architects and building services engineers so they can come up with the best structural framework and design of a building possible.

Aside from determining the stability, strength, and rigidity of a structure, structural engineering is also maximised in achieving creativity without compromising the structural integrity of a building. Additionally, this type of engineering is utilised to save on huge resources like time, energy, and money and to keep everything futureproof and sustainable.

Responsibilities of Structural Engineers

When acquiring the services of structural engineers, they would typically analyse and design the structure of the desired building. They would also think of ways that can make a building safe, secure, stable, serviceable, economical, visually pleasing, and sustainable.

To make a building strong and sustainable, structural engineers would use mathematics and physics to determine the best way they can integrate traditional construction materials like concrete, stone, steel, timber, and glass with modern engineering materials like aluminium, carbon fibre, and polymers. They would also calculate for the stability of the whole building, the needed strength to make the building resistant to design loads, and the integrity of the building so it can perform its intended functions. Deformation, which pertains to the changes a building may acquire temporarily or permanency due to applied force, is also determined by these structural engineers.

Buildings with the sustainable design are likewise achieved if their overall composition is reasonably priced alongside its intended longevity. Aside from the calculations regarding stability and structural integrity, they would likewise determine the estimated cost and quantities of materials, equipment, and labour, compute load and grade requirements, water flow rates, and material stress factors, and conduct studies of traffic patterns or environmental conditions.

Achieving Sustainable Building Design

Knowing all these calculations will help all involved professionals in selecting the best materials that can be used to not only make a building structurally sound but also allow it to perform its objective and function. If a specific location typically experiences earthquakes, then a building must have a structure that can withstand them. Weather, terrain, water, wind, gravity, collisions, and traffic volume must also be considered in choosing the layout, materials, and other elements of a building.

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