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Chapter and Conference Paper
Behavior in Cooling-Induced Oxide Scale Spallation of Original and Modified Cantor’s HEA Alloys Oxidized at High Temperature
Cast Cantor’s alloys, and derivatives issued from Mn and Cr Contents modifications and/or MC (TaC and HfC) carbides in situ formation, suffer more or less from oxide spallation at cooling. To investigate the d...
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Chapter and Conference Paper
Isothermal High Temperature Oxidation of Cantor’s-Based MC-Reinforced HEAs Versus Their Mn and Cr Contents
The behaviors in oxidation at of a cast Cantor’s alloy, and of its derived versions involving for mechanical reinforcement purpose, are characterized by external and internal products which are multi-con...
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Chapter and Conference Paper
Dependence on Their Mn and Cr Contents of the Microstructures, Melting Range, and High Temperature Creep Behaviors of Cantor’s Alloy and Versions Strengthened by MC Carbides
Decreasing Mn and increasing Cr in the cast Cantor’s alloys and in their MC–strengthened versions may have consequences on the refractoriness and on the . Differential thermal analysis (DTA) was run to spec...
