FATIGUE BEHAVIOUR OF SINTERED METALS AND ALLOYS

[1] ANDREOTTI ER, 1968, PROGRESS POWDER META, V24

[2] CROCKS SR, 1960, SPECIFICATIONS ALLOY

[3] DAMENEZES L, 1960, PROGR POWDER METALL, V16, P141

[4] DUNMORE OJ, 1956, 58 IR STEEL I, P209

[5] EUDIER M, 1968, EUROPAISCHES S PULVE

[6] Forrest P.G, 2013, FATIGUE METALS

[7] EFFECT OF POROSITY AND PARTICLE SIZE ON MECHANICAL STRENGTH OF SINTERED IRON [J]. POWDER METALLURGY, 1968, 11 (21) : 73 - +

[8] Goetzel CG, 1940, J I MET, V66, P319

[9] GOETZEL CG, 1940, T ASTM, V40, P746

[10] HEMPEL M, 1949, ARCH METALLKUNDE, V3, P11

[1] ANDREOTTI ER, 1968, PROGRESS POWDER META, V24

[2] CROCKS SR, 1960, SPECIFICATIONS ALLOY

[3] DAMENEZES L, 1960, PROGR POWDER METALL, V16, P141

[4] DUNMORE OJ, 1956, 58 IR STEEL I, P209

[5] EUDIER M, 1968, EUROPAISCHES S PULVE

[6] Forrest P.G, 2013, FATIGUE METALS

[7] EFFECT OF POROSITY AND PARTICLE SIZE ON MECHANICAL STRENGTH OF SINTERED IRON [J]. POWDER METALLURGY, 1968, 11 (21) : 73 - +

[8] Goetzel CG, 1940, J I MET, V66, P319

[9] GOETZEL CG, 1940, T ASTM, V40, P746

[10] HEMPEL M, 1949, ARCH METALLKUNDE, V3, P11