Sentence examples for behaviour of the panel from inspiring English sources
The results of the experimental works are evaluated in terms of the general behaviour of the specimens and the regional behaviour of the panel zones.
A parametric study is conducted to investigate the effect of the skin-stiffener debond parameters such as length, width and location on crack growth and the collapse behaviour of the panel.
Secondly, a simple Marguerre-type postbuckling analysis method is presented that accounts for the geometrically nonlinear behaviour of the panel skin after buckling (stability case 2) and enables a closed-form analysis of its effective width.
In-plane compression tests of truss core sandwich panels with prefabricated local damages are conducted, and then a finite element model in conjunction with random number is developed to simulate the buckling behaviour of the panel with randomly distributed damages in a specific region.
From the sensitivity analyses it was found that the joint tensile strength is the predominant factor that influences the occurrence of first cracking in the panel, while the cohesive strength and friction angle of the interface influence the behaviour of the panel from the onset of cracking up to collapse.
Response surfaces are used to approximate the post-buckling behaviour of the panels using a limited number of sample points.
The semi-composite behaviour of the panels, guaranteed by the internal layer of polystyrene and the reinforced concrete beams at the panel ends, is highlighted.
Initial investigation into the pattern of corrector factors revealed that panel boundaries had a major influence on the behaviour of the panels.
The creep behaviour of the panels was first successfully modelled using Findley's power law, confirming the ability of this empirical approach to simulate the viscoelastic response of multicellular deck panels.
The role of the number of unit cells and the thickness of the cell walls in determining the overall deformation and local collapse behaviour of the panels is investigated.
Post-crack behaviour of the LG panel and the contribution of the interlayer towards blast resistance are treated.
