Paper 25: Fracture and Deformation of Metals Subjected to Thermal Cycling Combined with Mechanical Stress

Taira S. Ohnami M. Kyogoku T. ‘Thermal fatigue under pulsating tensile thermal stress cycling’, J. Japan Soc. Test. Mater. 1961 10 (no. 90), 207 (in Japanese).

Taira S. Ohnami M. Kyogoku T. ‘Thermal fatigue under pulsating thermal stress cycling’, Trans. Japan Soc. mech. Engrs 1962 28 (no. 191), 800 (in Japanese).

Taira S. Ohnami M. Minata H. ‘Thermal fatigue combined with mean stress’, Proc. Fifth Japan Cong. Test. Mater. 1961, 45 (in English).

‘Thermal fatigue combined with fully reversed mechanical stress’, Proc. Sixth Japan Cong. Test. Mater. 1963 (to be published) (in English).

Taira S. Ohnami M. ‘Thermal fatigue and cyclic mechanical strain fatigue at elevated temperature of 18–8 Cb stainless steel and 2 1/4% Cr-1% Mo steel’, Trans. Japan Soc. mech. Engrs 1961 28 (no. 191), 792 (in Japanese).

Taira S. Ohnami M. ‘Creep of low carbon steel under combined variation of stress and temperature’, Proc. Second Japan Cong. Test. Mater. 1958, 50 (in English).

Taira S. Ohnami M. ‘Creep and creep rupture under varying temperatures’, J. Japan Soc. Test. Mater. 1960 9 (no. 77), 89 (in Japanese).

Taira S. Ohnami M. Sugioka S. ‘Creep under stepwise temperature cycling’, Bull. Japan Soc. mech. Engrs 1962 5 (no. 17), 6 (in English).

Taira S. ‘Lifetime of structure subjected to varying load and temperature’, Creep in structure (I.U.T.A.M. Colloquium, Stanford, California) 1960, 96 (Springer-Verlag, Berlin).