Exact(3)
These improvements in flexural modulus and strength are attributed to good dispersion of the nanotubes and grafting of epoxy resin to SWNT by an esterification reaction.
These high values and the associated high creep strength are attributed to the formation, at the creep temperatures, of a fine dispersion of second-phase particles, presumed to be γ′ and possibly α-Cr, within the β-(Ni,Pt Al matrix.
The high damping of cement with networked exfoliated graphite is attributed to the effective sandwiching of the network ligaments by the cement matrix (constrained-layer damping); the high density and compressive strength are attributed to the low porosity caused by the compression of the exfoliated graphite during composite fabrication.
Similar(57)
The high strength is attributed to both Mo solution strengthening and Ti2Ni particle strengthening.
The enhancement of fatigue strength was attributed to the elimination of casting defects.
The enhanced strength is attributed to the strengthening effect of the nanotwin bundles.
The increased strength was attributed to the friction nature of sandy soil that was used as daily covers soils.
This loss of mechanical strength is attributed to fiber-polymer interfacial debonding caused by accumulation of water at elevated temperatures.
The difference between the effect of freeze thaw and thermal fatigue tests on compressive strength is attributed to the difference in the temperature exposure range.
The enhancement in the strength is attributed to the precipitation hardening, grain boundary strengthening and narrowing of lower hardness distribution region (LHDR).
The higher tensile strength is attributed to the presence of relatively fine grains, high volume fraction of precipitates and appreciably narrow LHDR.
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