Sentence examples for behaviour of these composites from inspiring English sources

Furthermore, creep and wear behaviour of these compositions were evaluated by means of nanoindentation tests to analyze time dependent behaviour of these composites.

Few investigations have been reported on the tribological behaviour of these composites with % reinforcement above 10%.

A bubble inflation test (BIT) has been designed and used to characterise the behaviour of these composites under the extensional flow fields typical of blow moulding and thermoforming.

The effect of various operational variables, material parameters and their interactive influences on specific wear behaviour of these composites has been studied systematically.

The strong interactions between PBA and PVVH, which act as physical cross-linkers, are responsible for the behaviour of these composites.

The mechanical behaviour of these composites is dependent upon the interface between the composite components, which in turn affect the interface with the biological system.

The monolithic behaviour of these composite members depends only on the interface strength.

This behaviour of these composite films is exchanged as due to the increase of frequency dependent conductivity and EM attenuation constant.

The electrochemical behaviour of these composite layers was examined in 0.1 M NaOH solution, both oxygen free and oxygen saturated, using rotating disc technique.

The fabric geometry and the volume fraction of fibres were the parameters that had the greatest effects on the tensile behaviour of these composite systems.

Studies in the literature dating back nearly 60 years have elucidated the mechanics of the behaviour of these composite structural members in which the solution for the slip at the interface between the materials was determined by solving a linear differential equation.