NATURE OF INTERACTION BETWEEN LATTICE DISLOCATIONS AND GRAIN BOUNDARIES DURING HIGH-TEMPERATURE CREEP OF IRON - Egyptian Knowledge Bank - troweb

153667

NATURE OF INTERACTION BETWEEN LATTICE DISLOCATIONS AND GRAIN BOUNDARIES DURING HIGH-TEMPERATURE CREEP OF IRON

Article

Last updated: 23 Jan 2023

Overview Similar Items

Article

CORRELATIONS BETWEEN HIGH-TEMPERATURE DEFORMATION AND MICROSTRUCTURE

Article

THE BEHAVIOR OF POLYCRYSTALLINE ALUMINUM UNDERGOING CREEP-FATIGUE INTERACTION AT AMBIENT TEMPERATURE

Article

ON THE PHENOMENOLOGICAL ASPECT OF CREEP FRACTURE

Article

ON THE RELATION BETWEEN CRYSTALLOGRAPHIC TEXTURE AND MECHANICAL PROPERTIES OF SOME F.C.C. METALS

Article

NUCLEATION AND GRAIN GROWTH OF REDUCED METALLIC IRON AT 900 - 1100°C

Article

Steady state Creep During Transformation In Superplastic Pb-Bi Alloys

Article

DEFORMATION MECHANISM IN NANOCRYSTALLINE MATERIALS

Article

CREEP AND FRACTURE OF NICKEL-ALUMINIUM ALLOY

Article

TEMPERATURE AND GRAIN SIZE DEPENDENCE OF YIELDING AND FRACTURE IN Zn-Al ALLOY

Article

Creep Characteristics of Ag-4 wt% Cu Alloy at High Stresses