Sentence examples for toughness behaviour from inspiring English sources
The experimental results also suggest, that whilst the initial toughness is reduced by very weak interfaces, such composites are most likely to exhibit rising toughness behaviour.
The fracture toughness behaviour can be tailored so that surface defects are forced to grow in a stable way before becoming critical.
The low-cycle fatigue, monotonic and fracture toughness behaviour of E3949, a Cr Mn N austenitic stainless steel, used for drillcollar connections was studied.
The crack toughness behaviour of nanostructured polymer blends based on two SB triblock copolymers with different molecular architectures were studied, where one component is a thermoplastic (LN3) and the other a thermoplastic elastomer (LN4), using the essential work of fracture (EWF) concept.
An increase in the crack toughness behaviour between 60 and 80 wt.% LN3 was observed and is attributed to a change from cylindrical to lamellar morphology, as revealed from the magnitude of non-EWF ( βwp) and the crack resistance (R-curves) curves.
The fracture toughness and behaviour of COMRAL-85TM, a 6061 aluminium magnesium silicon alloy reinforced with 20 vol% Al2O3-based polycrystalline ceramic microspheres, and manufactured by a liquid metallurgy route, have been investigated.
Tensile tests have been used to introduce controlled strains in the coatings, through the stainless steel substrate, to characterise the strength, fracture toughness and adhesion behaviour.
A polypropylene-based draw-wired fibre suitable for fibre reinforced concrete (FRC) is studied and its effect on flexural behaviour, toughness and shrinkage cracking is shown.
The beams were tested to failure to compare the toughness, post peak behaviour and failure mode based on the variation of the depth of layers.
In the present research the mechanical properties of recycled steel fiber-reinforced concrete in terms of workability, compressive and tensile strength, toughness and shear behaviour are analysed and compared with those of industrial steel fiber-reinforced concrete and ordinary Portland concrete.
Nano-indentation was used to determine the Young's modulus and hardness of the coatings, while microtensile tests were used to introduce controlled strains in the coatings through the cp Ti and TiAl6V4 alloy substrates, from which the strength, fracture toughness and adhesion behaviour could be ascertained based on multiple cracking and delamination events.
