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Torsional Fatigue

Aboul Wafa MN, Hamdy AH, El-Midany AA. Combined bending torsional fatigue of woven rowing GRP. J Eng Mater Technol (Trans ASME) 1997 119 181—5. [Pg.186]

T tosw MPa torsional fatigue strength, swell range... [Pg.14]

Fig. 4.130 Torsional fatigue strength in swell range of poly (oxymethylene) [98Dom]. Fig. 4.130 Torsional fatigue strength in swell range of poly (oxymethylene) [98Dom].
Keller, M. W. White, S. R. Sottos, N. R., Torsion Fatigue Response of Self-Healing Poly(dimeth siloxane) Elastomers. Polymer 2008,49, 3136-3145. [Pg.29]

Torsionsbiegefestigkeit torsional fatigue strength Torsionsfestigkeit torsional strength Torsionsmodul/... [Pg.250]

Dampfung auf Trager (dyn.-mechan. Analyse) torsional fatigue strength T orsionsbiegefestigkeit torsional stiffness temperature (TST)... [Pg.563]

Ti-15Mo-5Zr-3AI Smooth specimen repeated torsion fatigue l VE GRAPH... [Pg.584]

Fig. 2.17 Surface of a bending-plus-torsional-fatigue fracture in an experimental 89 mm (Sy in.) diameter tractor axle of AISI 1041 steel that had been induction hardened [21]... Fig. 2.17 Surface of a bending-plus-torsional-fatigue fracture in an experimental 89 mm (Sy in.) diameter tractor axle of AISI 1041 steel that had been induction hardened [21]...
Fig. 2.21 Torsion fatigue failure of an axle of low carbon steel containing two holes [25]... Fig. 2.21 Torsion fatigue failure of an axle of low carbon steel containing two holes [25]...
Torsion fatigue failure of an axle of low carbon steel containing two holes, Fig. 2.21 [25]. Fatigue cracks initiated from holes that represent points of stress concentration. To feed the cracks has been traction principal stress acting on a plane at 45° to the axis (see Fig. 2.15a). The presence of two cracks at right... [Pg.88]

Fig. 5.28 S-N diagrams for a high strength, heat treated carbon steel rod used in rotating bending, push-and-pull and torsional fatigue, respectively... Fig. 5.28 S-N diagrams for a high strength, heat treated carbon steel rod used in rotating bending, push-and-pull and torsional fatigue, respectively...
Consider the steel shaft or sample problem N. 5 of Sect. 5.3 for which the S-N diagram of Fig. 5.26 has been derived under fuUy reversed torsional fatigue limit with if and at 1,000 cycles, corrected to take into consideration factors affecting fatigue, equal to (see sample problem N. 5 of Sect. 5.3)... [Pg.296]

Fig. 5.50 S-N diagrams fm high strength machined finish shaft under torsional fatigue with different R ratio equal to -1, 0, 0.5 and 0.8, respectively... Fig. 5.50 S-N diagrams fm high strength machined finish shaft under torsional fatigue with different R ratio equal to -1, 0, 0.5 and 0.8, respectively...
The torsional fatigue limit with the mean stress x is given by (5.50)... [Pg.303]

Okabe, N., Yano, T., Mori, T. Impact torsional fatigue strength of carbon steel. Trans. Jpn. Soc. Mech. Eng. 449(A), 41 (1984)... [Pg.476]

Fig. 9.11 Correlation of equivalent strain amplitude vs. cycles to failure N for axial and torsional fatigue of Haines 188 cobalt-base alloy at 760 °C (modified from [19])... Fig. 9.11 Correlation of equivalent strain amplitude vs. cycles to failure N for axial and torsional fatigue of Haines 188 cobalt-base alloy at 760 °C (modified from [19])...
Kakuno, H., Kawada, Y. A new criterion of fatigue strength of a round bar subjected to combined static and repeated bending and torsion. Fatigue Eng. Mater. Struct. 2, 229-236... [Pg.518]

Fig. 10.25 Fractography of the fracture surface of a specimen with circumferential notch that failed by Mode III torsional fatigue a AISI 1018 steel [38] b 5.5 NiCrMoV steel [39]... Fig. 10.25 Fractography of the fracture surface of a specimen with circumferential notch that failed by Mode III torsional fatigue a AISI 1018 steel [38] b 5.5 NiCrMoV steel [39]...
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