Karnet Yu.N. | Авторы | Mekhanika | kompozitsionnykh | materialov i konstruktsii

↖ Karnet Yu.N.

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Nanofilled composites “polymer/organoclay”. Structure and mechanical properties by fractal analysis evaluation
> Volume 15 > №4 / 2009 / Pages: 539-552
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Models Of Hysteresis, A Brief Survey
> Volume 22 > №2 / 2016 / Pages: 295-308
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Structure and micromechanical properties of interphase layers of polymer matrix composite
> Volume 5 > №2 / 1999 / Pages: 109-122
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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 > №4 / 2015 / Pages: 511-521
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The geometry of carbon nanotubes at medium of polymer composites matrix
> Volume 18 > №1 / 2012 / Pages: 131-153
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Fractal description of reinforcement mechanism of disperse-filled polymer composites
> Volume 17 > №2 / 2011 / Pages: 203-208
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Structure and mechanical properties of polymer nanocomposites in the framework of the concept of fractal
> Volume 12 > №1 / 2006 / Pages: 99-140
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The modulus of elasticity of polymer matrix for nanocomposites polyurethane/carbon nanotube
> Volume 24 > №4 / 2019 / Pages: 634-643
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Modeling hysteresis of the anti-galloping damper for conductors of overhead transmission lines
> Volume 20 > №3 / 2014 / Pages: 423-433
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Analysis of elastic properties of a polymeric composite in accounting for molecular and structural characteristics of interphase layer
> Volume 6 > №1 / 2000 / Pages: 141-150
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Evaluation Of Mechanical Properties Of Hyperelastic Polymer Composites With Small Additions Of Nanosized Filler Particles And The Effects Of Their Aggregation
> Volume 22 > №2 / 2016 / Pages: 213-224
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Physical model of polymer nanostructural composites behavior in nanoindentation experiments
> Volume 16 > №3 / 2010 / Pages: 445-453
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Properties of electro-rheological fluids
> Volume 9 > №4 / 2003 / Pages: 571-578
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Dynamics of electro-rheological and magneto-rheological fluids in gradient electric and magnetic fields
> Volume 9 > №4 / 2003 / Pages: 593-603
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Polymer-shungit nanocomposites. Quantum-mechanical investigations
> Volume 15 > №4 / 2009 / Pages: 566-589
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Labyrinth mixer-reactor in technologies with magnetorheological fluids
> Volume 21 > №2 / 2015 / Pages: 262-271
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Experimental and theoretical study rheological properties of the electron fluid. Dependence electrorheological effect on the volume fraction filling
> Volume 10 > №4 / 2004 / Pages: 457-465
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Rheology and mechanics magnetorheological suspensions
> Volume 10 > №4 / 2004 / Pages: 613-624
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Evaluation of mechanical properties of hyperelastic composites with small additions of dispersed fillers
> Volume 21 > №3 / 2015 / Pages: 352-359
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Analysis of the theoretical strength of interfacial layers of the adsorption complexes of polymeric composite media
> Volume 13 > №1 / 2007 / Pages: 33-41
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Computer modeling and nanoscopic investigation of the structure and properties of shungite
> Volume 12 > №4 / 2006 / Pages: 513-529
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Adsorption of albumin in the matrix of the porous film – the final stage in the process mechanics carrier for biosensors
> Volume 12 > №4 / 2006 / Pages: 471-483
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Thermodynamics and mechanisms of the combustion of fuels with new carbon addition. Quantum mechanical study.
> Volume 19 > №4 / 2013 / Pages: 624
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Computer fitting of fillers of epoxy adhesives for creation of compositions with the improved operational properties
> Volume 20 > №1 / 2014 / Pages: 34-57
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Thermodynamics and mechanisms of the combustion of fuels with new carbon addition. Quantum mechanical study
> Volume 19 > №4 / 2013 / Pages: 624-638
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Influence of solvent “quality” on the behavior of a polymer chain sorbed on a solid surface in a simple shear flow
> Volume 3 > №1 / 1997 / Pages: 56-68
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Modeling the diffusion process in inhomogeneous polymeric media and composites
> Volume 3 > №3 / 1997 / Pages: 80-86
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Sorbed polymer layer behavior under shift load
> Volume 5 > №1 / 1999 / Pages: 16-23
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Computer simulation of intermediate forms of erythrocytes
> Volume 6 > №3 / 2000 / Pages: 401-407
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Computer-aided methods of study of quantitative structural characteristics of biologically active composite materials. (A review)
> Volume 8 > №2 / 2002 / Pages: 227-244
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Interphase layers formation mechanism into elastomer composites filled with disperse particles and its description in frame of fractal approach
> Volume 17 > №3 / 2011 / Pages: 351-361
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Description of elastic properties block-co-polymer grids by using the model of micro-heterogeneous polymer materials
> Volume 8 > №3 / 2002 / Pages: 351-357
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Description of rheological properties of electro-rheological fluids on the basis of a multi-particle, ordered, three-dimensional model
> Volume 8 > №4 / 2002 / Pages: 577-584
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Scale factor by investigations of mechanical properties of composite materials filled with nanosized particles
> Volume 16 > №2 / 2010 / Pages: 291-304
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Quantum-mechanical investigations of deformation of carbon nanotubes
> Volume 15 > №3 / 2009 / Pages: 345-368
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Peculiarities of mechanical behavior of thermoplastic composites filled with nanoparticles according to fractal analysis
> Volume 15 > №1 / 2009 / Pages: 137-148
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Fractal model of elastomer reinforcement filler dispersion
> Volume 11 > №3 / 2005 / Pages: 446-450
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Generalized fractal model of the flow of amorphous glassy polymers
> Volume 14 / 2008 / Pages: 170-181
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Dynamic neural network as a model of viscoelastic media
> Volume 24 > №3 / 2018 / Pages: 377-391
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The structure of nanofiller and interfacial contacts in nanocomposites polymer/carbon nanotube
> Volume 25 > №3 / 2019 / Pages: 354-364
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Comparative analysis of the efficiency of reinforcing polymer nanocomposites with 2d nanofillers using the example of polyimide/na+-montmorrillonite and polyvinyl alcohol/graphene oxide
> Volume 28 > №2 / 2022 / Pages: 247-254 download