References
367
Fig. 27.6 Stress relaxation at
fixed strain
0
394
402
410
10
3 . Δt, s
σ z , MPa
0,2
0,4
Fig. 27.7 Diagrams “octahedral stress—octahedral plastic shear” in elongation and pure shear
we can describe a wide range of phenomena with high quality, which are observed
in tests of plastic materials.
References
1. E. Blinov, Plasticheskaya deformatsiya pri proizvol’nom nagruzhenii uprochnyayushchegosya
tela [Plastic deformation under arbitrary loading hardening of the body], Dr. philos. sci. diss.
Frunze, “Ilim” Publication, PhD Thesis, In-t Phys. and Math. An Kirg. SSR, 1972
2. J. Hendrickson, D. Wood, The effect of rate of stress application and temperature on the upper
yield stress of annealed mild steel. Trans. ASM. V. 50, 498–516 (1958)
3. M. Leonov, A. Baiterekov, Deformatsiya pri plasticheskom sdvige (Deformation during plastic
shear). Izv. Academy of Sciences of Kyrghyz. SSR, no. 3 (1972), pp. 6–13
4. M. Leonov, Y. Klyshevich, Z. Sulaimanov, Prosteishaya zadacha plasticheskogo techeniya
(The simplest task plastic flow). Izv. AN Kirg. SSR, no. 6 (1971), pp. 4–13
5. M. Leonov, V. Molotnikov, B. Rychkov, Nekotorye obobshcheniya kontseptsii skol’zheniya
v teorii plastichnosti (Some generalizations the concept of slip theory of plasticity), in
367
Fig. 27.6 Stress relaxation at
fixed strain
0
394
402
410
10
3 . Δt, s
σ z , MPa
0,2
0,4
Fig. 27.7 Diagrams “octahedral stress—octahedral plastic shear” in elongation and pure shear
we can describe a wide range of phenomena with high quality, which are observed
in tests of plastic materials.
References
1. E. Blinov, Plasticheskaya deformatsiya pri proizvol’nom nagruzhenii uprochnyayushchegosya
tela [Plastic deformation under arbitrary loading hardening of the body], Dr. philos. sci. diss.
Frunze, “Ilim” Publication, PhD Thesis, In-t Phys. and Math. An Kirg. SSR, 1972
2. J. Hendrickson, D. Wood, The effect of rate of stress application and temperature on the upper
yield stress of annealed mild steel. Trans. ASM. V. 50, 498–516 (1958)
3. M. Leonov, A. Baiterekov, Deformatsiya pri plasticheskom sdvige (Deformation during plastic
shear). Izv. Academy of Sciences of Kyrghyz. SSR, no. 3 (1972), pp. 6–13
4. M. Leonov, Y. Klyshevich, Z. Sulaimanov, Prosteishaya zadacha plasticheskogo techeniya
(The simplest task plastic flow). Izv. AN Kirg. SSR, no. 6 (1971), pp. 4–13
5. M. Leonov, V. Molotnikov, B. Rychkov, Nekotorye obobshcheniya kontseptsii skol’zheniya
v teorii plastichnosti (Some generalizations the concept of slip theory of plasticity), in