CREEP AND RECOVERY OF 2618 ALUMINUM-ALLOY UNDER COMBINED STRESS WITH A REPRESENTATION BY A VISCOUS-VISCOELASTIC MODEL

[1] [Anonymous], 1960, CREEP THEORY

[2] [Anonymous], 1965, FUNDAMENTALS CREEP C

[3] BLASS JJ, 1971, ASME J APPLIED MECHA, V38, P489

[4] DORN JE, 1961, MECHANICAL BEHAVIOR

[5] Drucker D.C., 1963, ADVANCES MATERIALS R, P193

[6] DRUCKER DC, 1967, RECENT PROGR APPLIED

[7] Findley W. N., 1976, NONLINEAR CREEP RELA

[8] Findley W.N., 1967, T SOC RHEOL, V11, P361, DOI [10.1122/1.549091, DOI 10.1122/1.549091]

[9] FINDLEY WN, 1974, ASME J APPLIED MECHA, V41, P243

[10] FINDLEY WN, 1971, ASME J APPLIED MECHA, V38, P1091

[1] [Anonymous], 1960, CREEP THEORY

[2] [Anonymous], 1965, FUNDAMENTALS CREEP C

[3] BLASS JJ, 1971, ASME J APPLIED MECHA, V38, P489

[4] DORN JE, 1961, MECHANICAL BEHAVIOR

[5] Drucker D.C., 1963, ADVANCES MATERIALS R, P193

[6] DRUCKER DC, 1967, RECENT PROGR APPLIED

[7] Findley W. N., 1976, NONLINEAR CREEP RELA

[8] Findley W.N., 1967, T SOC RHEOL, V11, P361, DOI [10.1122/1.549091, DOI 10.1122/1.549091]

[9] FINDLEY WN, 1974, ASME J APPLIED MECHA, V41, P243

[10] FINDLEY WN, 1971, ASME J APPLIED MECHA, V38, P1091