STATIC AND CYCLIC FATIGUE BEHAVIOR OF A POLYCRYSTALLINE ALUMINA

[1] CHARLES RJ, 1962, S MECH STRENGTH GLAS, P511

[2] CREYKE WEC, 1970, BRIT CERAM T, V69, P59

[3] CREYKE WEC, 1970, BRIT CERAM T, V69, P62

[4] DALLY JW, 1971, J COMPOS MATER, V1, P424

[5] GROSSKREUTZ JC, 1964, FATIGUE INTERDISCIPL, pCH2

[6] GURNEY C, 1948, P PHYS SOC LONDON B, V62, P537

[7] HERTZBERG R, PRIVATE COMMUNICATIO

[8] HILLIG WB, 1965, HIGH STRENGTH MATERI, pCH17

[9] Johnson H. H., 1968, ENG FRACT MECH, V1, P3

[10] OBERBACH K, 1969, KUNSTSTOFFE, V59, P37

[1] CHARLES RJ, 1962, S MECH STRENGTH GLAS, P511

[2] CREYKE WEC, 1970, BRIT CERAM T, V69, P59

[3] CREYKE WEC, 1970, BRIT CERAM T, V69, P62

[4] DALLY JW, 1971, J COMPOS MATER, V1, P424

[5] GROSSKREUTZ JC, 1964, FATIGUE INTERDISCIPL, pCH2

[6] GURNEY C, 1948, P PHYS SOC LONDON B, V62, P537

[7] HERTZBERG R, PRIVATE COMMUNICATIO

[8] HILLIG WB, 1965, HIGH STRENGTH MATERI, pCH17

[9] Johnson H. H., 1968, ENG FRACT MECH, V1, P3

[10] OBERBACH K, 1969, KUNSTSTOFFE, V59, P37