Sentence examples for behaviour of the shell from inspiring English sources
Parametric studies indicate the influence of the main parameters affecting the behaviour of the shell.
The effect of the circumferential node number on the vibrational behaviour of the shell is also analysed.
Fibre optic controlled instrumentation and high speed photography provide a vital insight towards coupled flow-field behaviour of the shell structure.
Mechanical behaviour of the shell aramid composite under impact conditions was analyzed from experimental Fragment Simulating Projectile (FSP) and Full-Metal Jacketed (FMJ) impact tests on aramid flat plates.
Numerical investigations of the buckling behaviour of the shell with geometric imperfections of eigenmode-shape show that with the size recommended for this purpose by standards the analysis will miss the buckling phenomenon.
Extensive numerical results are also presented to illustrate the comparison of vibration and sound radiation ability in two different fluids, which show that the behaviour of the shell in water is very different from that of the one in air.
The analysis of the architectural aspects concerns the building typology, the form, the materials and the construction techniques, whereas the analysis of bioclimatic aspects involves the thermal behaviour of the building shell, the thermal and the visual comfort conditions.
In particular, it describes the development of a nonlinear theoretical model and presents theoretical results displaying the nonlinear behaviour of the clamped shell subjected to flowing fluid.
The test results presented in this paper provide the first insight into the buckling behaviour of these shells as well as useful data for future verification of numerical models.
The buckling behaviour of the horizontal barrelled shell filled with liquid is analysed.
The buckling behaviour of the CFRP cylindrical shells was studied numerically using ABAQUS (Version 6.10), a general-purpose finite element program with linear static capabilities (Onoda 1985).
