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INNOVATIVE TECHNOLOGY

Fig. 2. Fig. 4. Fig. 5. Structure
Spherodynamic Structural finished
deforming metal condition metal depots.
block. blanks.

Table 1. Directions of work on spherodynamics

SPHERODYNAMIC EFFECT
(creation of a non-power source of reactive energy
deformation in the form of a «pear-shaped» module,
inertial feed drive
punch deformation source)

Technological areas
Fig. 3. The dependence of the
time of spontaneous transition of
the spherical deforming system Spherodynamic Spherodynamic pulsed Sphere
"punch-blank-pusher-pusher- nanostructuring of aircraft plasticization of the metal of dynamic strain hardening of
matrix" in the state of deformation parts materials aircraft parts metal stamping tools for the
resonance from a single axial feed manufacture of aircraft parts
running-in punch: 1 - lower limit
for the implementation of the
Bauschinger effect; 2 - the average Physical essence of the Physical essence of the Physical essence of the
value of the implementation of the direction: direction: direction:
Bauschinger effect; 3 - the upper realization of the wave the implementation of the mechanisms of intense
limit of the implementation of the nature of plasticity mechanisms of developed plastic deformation (IPD) AEROSPACE
Bauschinger effect. (runway) with mechanisms plastic deformation (RPD) in the form of local spiral
Conclusion in the form of plastic rotors in the form of ensembles «bundles» of counter-directed
helical disclications (bulk
(vortices) penetrating the
of spiral interconnected
1. The methodology of nanoscale (10-9 m) of the dislocations (linear crystallographic defects), TOOLING
surface plastic hardening of details material being processed crystallographic defect) in which create compressive
of machines and mechanisms and forming its nanoform local volumes of material stress spatial spatial
that provide temporary
structural state
morphology fields that are
using the spherodynamic effect regulated energy storage resistant to dangerous tensile THE LATEST CARBIDE AND
on the basis of a fundamentally of power deforming pulses stresses in the material
new non-power source of reactive from the side of the punch COATING TECHNOLOGY
and module, which forms a
energy, fueled by loss of inertia high technological plateau
active drive source is developed. of the material during its FROM MITSUBISHI
2. Implementation of subsequent deformation
the methodology in relation BRINGING PERFORMANCE
to sensitive elements
sensors for measuring physical quantities allowed: AND RELIABILITY
● increase the durability of elastic elements by 10 times;
● expand the range of measurement of physical parameters by 2.5 ... 3.5 times;
● reduce by 5 ... 7 times the consumption of precious (Pt, Au, Ag) sprayed functional
materials of the sensor circuit;
● reduce the complexity of manufacturing products by 15 ... 20% due to changes in the
technological cycle;
● in general, increase the alloy hardness by 10% and the stability of metrological
characteristics from 3 to 29 times.

V.G. Beshchekov A.G. Noses.
NPO "Engineering Technology".
References: info@tmupo.ru
1. A method of processing materials by pressure and a device for its
implementation. Application No. W097 / 39847 VGR V21D 37/12 / V.G. www.mmc-hardmetal.com
Beshchekov, V.V. Bulavkin, Yu.F. Nazarov // WIPO, 1997.
The report was provided by the Plazmatsentr NGO, the organizer of international scientific and practical conferences on coating, hardening
and repair technologies

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