Sentence examples for behaviour of beam structures from inspiring English sources
The dynamic behaviour of beam structures under pressure waves is investigated.
The dynamic behaviour of this beam structure is predicted by solving mathematically its vibration characteristics governed by beam configurations.
This paper investigates the behaviour of beam-like structures with a view to identifying a suitable monitoring technique for post foundations.
Behaviour of beam depends on its depth.
So we can conclude that analysis done by MIF provides more realistic behaviour of beam sections of any depth.
Understanding the linear and nonlinear dynamic behaviour of beams is critical for the design of many engineering structures such as spacecraft antennae, aircraft wings, and turbine blades.
Beam-column connections play also an important role in the seismic behaviour of RC buildings; poor behaviour of beam-column joints can lead to the collapse or severe damage of buildings during earthquakes.
Post-tensioning was studied as a way to improve the bending and shear behaviour of beams.
A simplified Fibre Model Analysis (FMA) usually used to analyse a concrete beam section is adopted to theoretically describe the flexural behaviour of the innovative sandwich beam structure.
To illustrate the effect of strain ageing on the global behaviour of steel structures, a numerical example is provided in which strain ageing impacts on loading capacity and deflection of a steel beam.
