The effect of nanometric zirconia particle additives on microstructure and mechanical properties of dense alumina

Carbon nanotubes significantly improved the mechanical properties of the ZTA and alumina nanocomposites; the nanotubes increased the densification and inhibited grain growth

Because of the few studies on the alumina-metal solid solution and alumina-spinel particularly on their mechanical properties, in the present study, alumina (nickel-cobalt)

Bakar revealed about the effect of a post-weld heat treatment (PWHT) on the mechanical and microstructure properties of an AA6061 sample welded using the gas metal

volume fraction of the metal phase on the mechanical properties (toughness, strength and hardness) of zirconia- stainless steel composite has been described.. The unique properties

Steaming changes the colorimetric parameters of wood, mainly its luminosity, and proved to be able to lessen the difference between heartwood and sapwood color of Eucalyptus

Water glass modification with the colloidal solution of ZnO nanoparticles in propanol confirmed the effect of modifier on the water glass wettability of sand

Descriptive statistics for measuring the surface area the primary precipitates of intermetallic phases IM_W\ κ I (Sap_IM_W\ κ I, μ m 2 ) depending on the annealing time ( τ _ia,

Basing on the results of MANOVA test it has been observed that the strongest significant effect on an increase of the tensile strength R m exerted the addition of Mg, followed by