In-Situ Graphene Networks Strengthen Nickel Composites
Nickel composites with in-situ graphene-like networks showed yield-strength gains of 33.53% and ultimate-tensile-strength gains of 54.93% over pure nickel.
Nickel composites with in-situ graphene-like networks showed yield-strength gains of 33.53% and ultimate-tensile-strength gains of 54.93% over pure nickel.
Adding zirconium oxide to yttria-strengthened tungsten refines grains and boosts compressive strength by up to 44 percent at room temperature ...
Researchers report that nickel composites reinforced with hybrid micro- and nanosized silicon carbide particles reached 1526 MPa tensile strength and ...
A harmonic-structured CoCrFeMnNi high-entropy alloy shows pronounced flow softening at high temperatures because its ultrafine-grained shell network recovers preferentially while ...
Researchers have used high-pressure spark plasma sintering to produce fully dense aluminum composites in which metastable icosahedral quasicrystals survive completely ...
A sweeping review in Advanced Composites and Hybrid Materials maps how conventional, pressure-assisted, field-assisted and rapid sintering routes can disrupt ...
Researchers reinforced a cobalt-free FeMnCrNi high-entropy alloy with a TiC-SiC-ZrC carbide blend, boosting yield strength to 1,274 MPa and cutting ...
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© 2025 Scienmag - Science Magazine