Olga Starostenko

Dr. Olga Starostenko

orcid

Research Focus & Metrics

Academic Career Length

24Years (2003-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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10 December 2004 in Journal of Applied Polymer Science
Verified
Journal Article
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GOGrygoryeva Olga
Grygoryeva Olga
AFAlexander Fainleib
Alexander Fainleib
ATA. L. Tolstov
A. L. Tolstov
Olga StarostenkoOlga Starostenko
Olga Starostenko
ELE. Lievana
E. Lievana
JKJ. Karger‐Kocsis
J. Karger‐Kocsis

1 January 2018 in Express Polymer Letters
Verified
Journal Article
Closed access
AVAlina Vashcuk
Alina Vashcuk
AFA. M. Fainleib
A. M. Fainleib
Olga StarostenkoOlga Starostenko
Olga Starostenko
DGD. Grande
D. Grande

1 March 2004 in Rubber Chemistry and Technology
Verified
Journal Article
Closed access
GOGrygoryeva Olga
Grygoryeva Olga
AFA. Fainleib
A. Fainleib
Olga StarostenkoOlga Starostenko
Olga Starostenko
IDI. Danilenko
I. Danilenko
NKN. Kozak
N. Kozak
GDG. Dudarenko
G. Dudarenko
Thermochemically partially devulcanized ground tire rubber (GTRD) was revulcanized in compositions with different virgin rubbers. Two different devulcanizing groups (mixture of softeners) with and without processing oil have been used for GTR treatment. As virgin rubbers methylstyrene/butadiene (SBR), isoprene (IR) and butadiene (BR) rubbers or their combinations were selected. They were cured by using sulfur, tetramethyl thiuram disulfide (TMTD) or peroxide based vulcanizing systems. The Rubber/GTRD (re)vulcanizates with the GTRD content from 20 to 80 wt. % have been prepared and studied. Vulcanization by sulfur system was found as preferable for IR/GTRD formulations. The best properties for BR/GTRD and SBR/GTRD vulcanizates were reached with the vulcanization system based on TMTD. The co-curing in the interphase between the GTRD particles and the surrounding rubber matrix improves the mechanical properties of (re)vulcanizates obtained. The reclaimed GTRD studied has been used successfully in standard formulations for tires instead of the part of virgin rubbers.

1 June 2015 in European Polymer Journal
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Journal Article
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VBVladimir Bershtein
Vladimir Bershtein
AFAlexander Fainleib
Alexander Fainleib
LELarisa Egorova
Larisa Egorova
GOGrygoryeva Olga
Grygoryeva Olga
DKDemid Kirilenko
Demid Kirilenko
JSJean-Marc Saiter
Jean-Marc Saiter

1 March 2017 in Journal of Materials in Civil Engineering
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Journal Article
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PAPerviz Ahmedzade
Perviz Ahmedzade
TGTaylan Günay
Taylan Günay
GOGrygoryeva Olga
Grygoryeva Olga
Olga StarostenkoOlga Starostenko
Olga Starostenko
This paper studies the use of recycled high-density polyethylene (HDPER) obtained from waste bottle crates as modifier in bitumen. Post-consumer HDPE was irradiated in order to casue a chemical interaction with bitumen. Accordingly, Fourier transform infrared (FTIR) spectroscopy was employed to determine the effects of the electron beam irradiation on the chemical structure of HDPE. Differential scanning calorimetry (DSC), thermogravimetric analysis (TGA), and fluorescent microscopy results signified that there might be a chemical interaction between electron beam irradiated HDPE (HDPERe) and bitumen. Physical and rheological tests were applied to the binders to investigate the effects of HDPERe polymer on the performance of the bitumen. Fundamental rheological tests performed using a dynamic shear rheometer (DSR) and bending beam rheometer (BBR) indicate that the HDPERe modifier provides a clear improvement in temperature susceptibility of bitumen. Thus, the HDPERe modification produces enhanced ...

13 January 2020 in Polymer Composites
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Journal Article
Closed access
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VBVladimir Bershtein
Vladimir Bershtein
AFAlexander Fainleib
Alexander Fainleib
PYPavel Yakushev
Pavel Yakushev
DKDemid Kirilenko
Demid Kirilenko
LELarisa Egorova
Larisa Egorova
Olga StarostenkoOlga Starostenko
Olga Starostenko