Search Results - "Svistkov, Alexander"

Bound ("Glassy") Rubber as a Free Radical Cross-linked Rubber Layer on a Carbon Black by Kondyurin, Alexey V, Eliseeva, Anastasia Yu, Svistkov, Alexander L

“…A model of rubber with a cross-linked rubber layer on a carbon black filler has been proposed. The cross-links are the result of free radical reactions…”
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Experimental analysis of the effect of carbon nanoparticles with different geometry on the appearance of anisotropy of mechanical properties in elastomeric composites by Mokhireva, Kseniia A., Svistkov, Alexander L., Solod'ko, Vladislav N., Komar, Lyudmila A., Stöckelhuber, Klaus W.

“…The paper presents studies of the properties of elastomeric materials based on the solution-polymerized styrene-butadiene rubber (S-SBR) filled with…”
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Visco-elastic-plastic properties of natural rubber filled with carbon black and layered clay nanoparticles. Experiment and simulation by Garishin, Oleg Konstantinovich, Shadrin, Vladimir Vasil’evich, Svistkov, Alexander L’vovich, Sokolov, Alexander Konstantinovich, Stöckelhuber, Werner Klaus

“…Garishin et al experiment and simulate the visco-elastic-plastic properties of natural rubber filled with carbon black and layered clay nanoparticles. Carbon…”
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A new hypothesis on the mechanism of nano-filled elastomers reinforcement by Sokolov, Alexander Konstantinovich, Garishin, Oleg Konstantinovich, Svistkov, Alexander L’vovich

“…Incorporation of active fillers to rubber markedly improves the strength properties and deformation characteristics of such materials. One possible explanation…”
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Structural-phenomenological simulation of the mechanical behavior of rubbers by Svistkov, Alexander L’vovich, Lauke, B.

“…It is hypothesized that, during deformation of rubbers, polymer chains slip off the layers at filler particles into voids between inclusions and high-strength…”
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Influence of interface phenomena on the features of interaction between the probe of atomic force microscope and soft material by Svistkov, Alexander L., Izyumov, Roman I.

“…•The interpretation of AFM-data requires the models of probe-material interaction.•An important factor in the interaction at the nanometer scale is surface…”
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Heat flow influence on the Cauchy stress tensor in a thermal wave by Beliaev, Anton Y., Komar, Lyudmila A., Svistkov, Alexander L.

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Investigation of the strain rate and stretch level dependent behavior of elastomeric nanocomposites in complex uniaxial tests under finite strains by Mokhireva, Kseniia A., Svistkov, Alexander L., Shadrin, Vladimir V.

“…The mechanical behavior of elastomeric nanocomposites in experiments with nested stress-strain cycles and in cyclic tests with increasing strain amplitude was…”
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Influence of the Mullins effect on the stress–strain state of design at the example of calculation of deformation field in tyre by Sokolov, Alexander Konstantinovich, Svistkov, Alexander Lvovich, Shadrin, Vladimir Vasilyevich, Terpugov, Victor Nikolayevich

“…•The inhomogeneity of stress-softening is clearly manifested during acceleration.•The effect of the softening inhomogeneity will be stronger on the hard…”
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Crack resistance of carbonized layer of multilayer polyurethane with nanofillers. Combination of casting, solution, carbonization by ion implantation technologies by Izyumov, Roman, Svistkov, Alexander, Chudinov, Vyacheslav, Osorgina, Irina, Pelevin, Alexander

“…The paper describes the results of an experimental study of a polyurethane material treated by ion implantation technology. The problems of crack growth in the…”
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STEM and STEAM Technologies in Problem Solving with Python by Svistkov, Alexander I., Sutchenkov, Anton A., Tikhonov, Anton I.

“…The article deals with the structure and methods of construction of the course "Problem Solving with Python" using STEM and STEAM technologies. The course is…”
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Features of the study of binder state near the filler particles in elastomeric composites using an atomic-force microscope by Garishin, Oleg K, Izyumov, Roman I, Svistkov, Alexander L

“…Bulletin of Perm University. Physics. 2018. no.1(38), pp.36-45 Atomic force microscopy (AFM) is one of the most promising methods for investigating the…”
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Method for constructing rheological models of incompressible media under finite deformations by Svistkov, Alexander L, Putilova, Oksana A

“…This paper offers a method of obtaining constitutive equations for rheological medium. The method has been developed using the symbolic diagram illustrating…”
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