PHENOMENOLOGICAL DESCRIPTIONS OF ANISOTROPIC CREEP

[1] BERMAN I, 1966, INT J MECH SCI, V8, P341

[2] ANALYTIC MODEL FOR PREDICTION OF IN-PILE BEHAVIOR OF OXIDE FUEL RODS [J]. NUCLEAR TECHNOLOGY, 1971, 12 (02) : 194 - +

[3] Hill R., 1950, MATH THEORY PLASTICI

[4] ANISOTROPY OF SECONDARY IN-REACTOR CREEP OF ZIRCONIUM ALLOYS RELATED TO TEXTURE [J]. JOURNAL OF NUCLEAR MATERIALS, 1972, 44 (01) : 31 - +

[5] CONTINUUM-MECHANICS AND MICRO-MECHANISMS FOR IN-REACTOR CREEP OF ZIRCONIUM ALLOYS [J]. JOURNAL OF NUCLEAR MATERIALS, 1971, 39 (01) : 27 - +

[6] ON SECONDARY CREEP OF ANISOTROPIC NUCLEAR MATERIALS [J]. JOURNAL OF NUCLEAR MATERIALS, 1969, 33 (01) : 52 - +

[1] BERMAN I, 1966, INT J MECH SCI, V8, P341

[2] ANALYTIC MODEL FOR PREDICTION OF IN-PILE BEHAVIOR OF OXIDE FUEL RODS [J]. NUCLEAR TECHNOLOGY, 1971, 12 (02) : 194 - +

[3] Hill R., 1950, MATH THEORY PLASTICI

[4] ANISOTROPY OF SECONDARY IN-REACTOR CREEP OF ZIRCONIUM ALLOYS RELATED TO TEXTURE [J]. JOURNAL OF NUCLEAR MATERIALS, 1972, 44 (01) : 31 - +

[5] CONTINUUM-MECHANICS AND MICRO-MECHANISMS FOR IN-REACTOR CREEP OF ZIRCONIUM ALLOYS [J]. JOURNAL OF NUCLEAR MATERIALS, 1971, 39 (01) : 27 - +

[6] ON SECONDARY CREEP OF ANISOTROPIC NUCLEAR MATERIALS [J]. JOURNAL OF NUCLEAR MATERIALS, 1969, 33 (01) : 52 - +