Sentence examples for used in structural engineering from inspiring English sources

This study concerns the uniaxial tensile mechanical properties and model parameters determination of ethylene tetrafluoroethylene (ETFE) foils used in structural engineering for membrane structures such as roofs and claddings.

Foam core polymeric sandwich structures have been widely used in structural engineering due to their advantages such as lightweight, high strength, and so on.

This paper focuses on further development of the non-destructive shock wave method used in structural engineering to control the state of reinforced concrete (RC) structures subjected to loading, which frequently leads the formation of cracks in these structures.

Welded steels are widely used in structural engineering.

It also allows for the task sharing which is commonly used in structural engineering.

Sensors of modern monitoring systems used in structural engineering provide data used for reliability assessment and maintenance planning.

Comparing with the sophisticated fire model, the simple fire model is computationally efficient and yields conservative results, which may be used in structural fire engineering design.

This phenomenon has not previously been sufficiently investigated and cannot be simulated in high-temperature global frame analysis, which could potentially lead to unrealistic results being used in structural fire engineering design.

Thermoplastic composites have been widely used in structural and engineering applications, due to their high specific strength and stiffness, high strain to failure, better impact strength, shorter processing cycle time, infinite shelf life, and recyclability.

The data in the literature on the mechanical properties of commercially available solid section mild carbon steel used in structural fire engineering is scarce and limited to investigations at ambient temperature, showing high inhomogeneity in the yield strength between peripheral and core material, especially in the as hot-rolled condition.

"Unless ductility requirements are satisfied, FRP materials cannot be used reliably in structural engineering applications" [1].