Karnet Yu.N.

Number: (37)
> Volume 22 > №2 / 2016 / Pages: 295-308
Models Of Hysteresis, A Brief Survey
> Volume 22 > №2 / 2016 / Pages: 213-224
Evaluation Of Mechanical Properties Of Hyperelastic Polymer Composites With Small Additions Of Nanosized Filler Particles And The Effects Of Their Aggregation
> Volume 21 > №4 / 2015 / Pages: 511-521
Effect of adsorption and chemical modification of the surface of the nanoparticle carbon fillers to their aggregation and the physical and mechanical properties of the polymer compositions based on them. The quantum-mechanical study
> Volume 21 > №3 / 2015 / Pages: 352-359
Evaluation of mechanical properties of hyperelastic composites with small additions of dispersed fillers
> Volume 21 > №2 / 2015 / Pages: 262-271
Labyrinth mixer-reactor in technologies with magnetorheological fluids
> Volume 20 > №1 / 2014 / Pages: 34-57
Computer fitting of fillers of epoxy adhesives for creation of compositions with the improved operational properties
> Volume 20 > №3 / 2014 / Pages: 423-433
Modeling hysteresis of the anti-galloping damper for conductors of overhead transmission lines
> Volume 19 > №4 / 2013 / Pages: 624-638
Thermodynamics and mechanisms of the combustion of fuels with new carbon addition. Quantum mechanical study
> Volume 19 > №4 / 2013 / Pages: 624
Thermodynamics and mechanisms of the combustion of fuels with new carbon addition. Quantum mechanical study.
> Volume 18 > №1 / 2012 / Pages: 131-153
The geometry of carbon nanotubes at medium of polymer composites matrix
> Volume 17 > №2 / 2011 / Pages: 203-208
Fractal description of reinforcement mechanism of disperse-filled polymer composites
> Volume 17 > №3 / 2011 / Pages: 351-361
Interphase layers formation mechanism into elastomer composites filled with disperse particles and its description in frame of fractal approach
> Volume 16 > №3 / 2010 / Pages: 445-453
Physical model of polymer nanostructural composites behavior in nanoindentation experiments
> Volume 16 > №2 / 2010 / Pages: 291-304
Scale factor by investigations of mechanical properties of composite materials filled with nanosized particles
> Volume 15 > №4 / 2009 / Pages: 566-589
Polymer-shungit nanocomposites. Quantum-mechanical investigations
7/1 Leningradsky prospect, Moscow 125040 RUSSIA
+7 495 946-18-06, mkmk@iam.ras.ru