ISSPMT
Institute of Solid State Physics, Materials Science and Technologies
NAS of Ukraine

Equipment of laboratory of strength and plasticity

LABORATORY INSTALLATIONS FOR PROCESSING OF METALS AND ALLOYS UNDER CRYOGENIC CONDITIONS

Device for quasihydroextrusion in liquid nitrogen with a nominal force of 5×105 Н based on press PSU-50

installation for quasi hydrostatic Schematic draft of the attachment to the press for cryogenic quasi-hydroextrusion:
1 – receiver,
2 - bottom of inner Dewar flask,
3 - Dewar filled with liquid nitrogen,
4 – container,
5 - punch,
6 – die,
7 – sample,
8 - pressure transmitting medium (indium),
9 - movable traverse,
10 - unmovable traverse,
11 - bottom of external vessel flask,
12 – external vessel flask,
13 – diaphragm,
14 – sylphon,
15 – foot,
16 – springs,
17 – thrust bearing.

Device for drawing in liquid nitrogen in ultrasonic field.

ultrasonic field Pulling drum diameter of 120 mm,
drawing rate of 20 mm/min,
the diameter of the workpiece 3 mm,
ultrasonic frequency of ~20 kHz.

Device for deformation by rolling at temperatures 4.2-77 K.

eformation by rolling
 Rolls diameter of 30 mm,
rolling rate of 1 and 10 mm/min,
original cross-sectional area of samples 3-5 mm2,
thickness of the samples 10 -50 μm.

Deformation unit of the device


LABORATORY EQUIPMENT FOR RESEARCH IN THE RANGE OF TEMPERATURE FROM 4,2 TO 1000 K OF MECHANICAL PROPERTIES AT TENSILE (COMPRESSION), FATIGUE, CREEP AND MEASUREMENTS OF DYNAMIC MODULE, DISSIPATIVE CHARACTERISTICS AND CRITICAL CURRENTS UNDER LOAD.

Testing machine with nominal force of 3-104 N for mechanical testing by tension and compression.

machine with nominal force

Device for measuring the critical parameters of technical superconductors under tensile loads up to 2-103N in magnetic fields up to 7 T.

technical superconductors

Laboratory equipment for research of creep under load with a force of up to 2-103N, fatigue tests on alternating bending and torsion; mechanical testing in an ultrasonic (20 khz) field; internal friction and shear modulus (amplitude range of torsion strain 5-10-6…2-10-7, frequency of 0,2 – 1 Hz).


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