Engineering topics
Publications and source records attributed to Grant, N. J..
Alloy strengthening mechanisms - strengthening by fine particle dispersion, and structure and properties control by rapid quenching or splat cooling of liquid metals
Dispersion strengthened alloys having the required properties are produced by a process in which the refractory particles are less than 100 to 500 A thick. These are fine enough to ensure the strength characteristics without appreciable degradation of other characteristics. The alloy consists of a matrix metal and a dispersoid metal.
Alloy strengthening by fine oxide particle dispersions, and splat cooling process for alloy development
Au-rich binary alloy phases with heavy rare earths studied by X ray diffractometry, discussing atomic coordination relationships
Iron alloy strengthening by fine beryllium oxide particle dispersion, and fracture and tensile deformation of dispersioned strengthened alloys
Fine oxide particle dispersion strengthened alloy structures and mechanical properties and splat cooling process for alloy development
Titanium carbide dispersion-strengthened nickel by internal carburization, with fair ductility and stress rupture properties at high temperatures
Alloy strengthening by fine oxide particle dispersion and splat cooling process for alloy development
Aluminide-ductile binder composite alloys containing high volume of nickel-aluminum compounds and CoAl prepared by powder blending and hot extrusion
Apparatus constructed for controlled oxidation of iron-beryllium alloy powders
Effect of varying percentages of constituent elements in alumina dispersion-strengthened copper-nickel alloys, listing creep rupture properties
Thorium dioxide strengthened nickel and nickel molybdenum alloys, discussing production via selective reduction, strength, creep rupture, stability and ductility characteristics
Electron micrographic studies and hardness tests made of copper-silicon dioxide alloy
Preparation of nickel-thorium-molybdenum alloys by selective hydrogen reduction method
Structure, stability, and properties of dispersion strengthened and internally oxidized alloys
Internal oxidation of binary and ternary alloys - oxide stability - oxide dispersion strengthening of alloys
Thermostability of copper-silica and copper- alumina alloys
Thermostability of copper-oxide alloys, oxide strengthened alloys, oxidation of alloys