Sentence examples for behaviour of plane from inspiring English sources

Many studies have been performed on the behaviour of concrete beams but few have analysed the structural behaviour of plane elements like slabs or grids.

This paper is concerned with the development of an advanced analysis numerical tool capable of estimating the inelastic large-displacement behaviour of plane steel-framed structures under fire conditions.

Because simulators allow test pilots to "fly" the aircraft well before the first prototype has been built, the behaviour of the plane tends to conform to specifications and expectations.

Some new experimental data of this nature are presented in this paper, which are novel in contents and crucial in guiding the formulation of theoretical models for the nonlinear behaviour of in-plane shear for general applications.

In order to understand the influence of shear effect on the properties of flexible graphite we study, in the present paper, the in situ behaviour of in-plane compressed flexible graphite under a uniaxial pressure.

The effects of curvature radius of chord member and concrete filled in the chord member on the joint strength and behaviour under out-of-plane bending were evaluated.

In particular, this paper presents: (a) systems used for tall reinforced masonry wall construction; (b) test set-up to reproduce the behaviour under out-of-plane loads and P Δ effects; (c) experimental results obtained.

The model also showed the capability of predicting a free-edge effect besides the primary damage evolution in tri-axial braided composites, as shown in Fig. 7. Fig. 7 Free-edge warping behaviour: a out-of-plane displacement; b scheme of warping locations and directions (Zhang et al. 2015a, b).

Attempts to extend practical advanced analyses of the in-plane behaviour of 2-D steel frames under in-plane loading to out-of-plane behaviour have been largely unsuccessful because of difficulties in modeling the effects of yielded zones, load heights, interactions between twist and axial force and moments, and end warping restraints.

A novel technique for enhancing the out-of-plane behaviour of masonry infill walls is proposed herein.

This out-of-plane behaviour is an important consideration for TLD design.