STRUCTURES
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Structures
Structural Engineers must consider the efficiency of their designs in addition to ensuring their strength and stability once subjected to loading. This is critical, not only to remain competitive commercially but also to avoid the over-use of materials thus increasing the embodied carbon of a given structure. FP McCann has automated the generation of Finite Element models as part of the structural design process with the configuration of steel reinforcement made compatible with the requirements of our fully automated mesh machine in our factories. The result is a quick, reliable, and robust design with the manufacturing process considered at the earliest stages providing a reduction in lead times and material waste.
Experimental investigations are another option for determining the strength of more complex structures where conventional theory for beams and slabs are not capable of providing accurate estimates. Reinforced concrete designs can be validated through experimental work with load testing carried out in accordance with the relevant standards including testing of Box Culverts and Storm Channels.
Furthermore, the testing of fibre reinforced specimens will play an increasingly important role in future work as designers begin to employ less traditional geometry and alternative materials. This includes investigating the use of alternative reinforcing materials such as non-corrosive fibres – a possible solution for future low carbon structures. Results from these experimental investigations can then be used to validate Finite Element models and a parametric analysis performed to help establish more optimised structural designs.
