Structural engineering, an eminent part of civil engineering, has been appeared as a penetrating part of the construction process. During 19th and 20th centuries, when steel was used in wide scale to construct huge structures, structural engineering started to become central to construction activities. From Eiffel Tower to WTC, Sears Tower to big apartment blocks and infrastructure projects – structural engineering was the key factor.
Day by day the technology advances and CAD has been introduced for design and final analysis; therefore structural engineering has become a part and parcel of construction procedure for both building and non-building structures. There are so many reputed structural engineering companies throughout the world that are entrusted with the responsibility to form designs, structural analysis, steel detailing and safety assessment of structures to be constructed. Accurate design, risk analysis, effective cost and material estimation make such companies ultimate resource to make creative use of structural elements.
The major factors on which the importance of structural engineering for building structures and foundations bases are as follows:
Structure Design Support
A skilled structural engineer has the capability to offer detailed information regarding foundations, floors, type of roofs, beams, quantity of steel needed, alignments directing to durability, retaining walls, suspension of bridges and more. In designing individual elements and the structure as a whole- structural engineering plays a key role.
Use of complex designs and amalgamated materials in modern structures require effectual structural analysis for design reliability, safety, strength, material specification and stress design focused on experiential and practical basis. Skilled structural engineers detail capabilities of structures concerning support and performance satisfying building design codes, tasteful features, specifications and customer needs.
Credentialed structural engineers assist in predicting safety and assess capacity and stability of a structure against static and dynamic loading. Thus the process of planning the design and building the structure keeping in view the safety and security of workers, visitors and customers become hassle-free and less dangerous.
Proper structural estimation guides builders to test design efficacy, chalk out material required, and assess costs while aiding creative and effective utilization or resources.
In one word, proficient structural engineers achieve dynamic results by enjoining the science of mathematics and physics to analyze structures and work out the best possible design solutions.
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