The anomalous behavior of the temperature curve of flow stresses in a low-temperature
range down to 1.4 K was studied on aluminum single crystals of various purities and …

Conclusions 1. The critical shear stress temperature dependence for Al− Mg single crystal
alloys and for Al crystals had three regions in the studied temperature range:(a) 300−(120 …

Thermoactivation parameters of plastically deformed monocrystalline and polycrystalline Al
and Cu in the temperature range 77 to 473 K are determined using the data about the …

Stress relaxation was carried out on single crystals of copper and aluminium in the
temperature range 78–500 K. An empirical formula for stress relaxation data is proposed to …

The relationship for time-dependent tensile strength, or durability, eqn.(1), which was earlier
found experimentally, is based on the analysis for the probability of breakage of interatomic …

The development of low-temperature physics and engineering in the Soviet Union started in
1928, when the Ukrainian Physico-Technical Institute was established in Kharkov on the …

A theory of strain hardening based on approximate regularities of multiplication and motion
of dislocations is proposed that allows to obtain yield points and deformation curves in terms …

With a decrease in the thickness of single and polycrystalline tin films strengthening of them
is observed, which is caused by the influence of both external and internal (grain …

The temperature dependence of yield stress of polycrystalline nickel over a wide range of
low temperatures is represented by a segment (300–4.2 K) deriving from the thermal …

The Lowâ•’Temperature Yield Stress Anomaly in Metals and Alloys Page 1 Review Article
phys. stat. sol. (a) 74, 11 (1982) Subject classification: 10.1; 12.1; 21 Physico- Teohnical …