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Olexander Gatsenko
Olexander Gatsenko
Verified email at imp.kiev.ua - Homepage
Title
Cited by
Cited by
Year
Martensitic αʺ-Fe16N2-type phase of non-stoichiometric composition: current status of research and microscopic statistical-thermodynamic model
TM Radchenko, OS Gatsenko, VV Lizunov, VA Tatarenko
Phys. Met 21, 580-618, 2020
152020
From quantity to quality: Massive molecular dynamics simulation of nanostructures under plastic deformation in desktop and service grid distributed computing infrastructure
O Gatsenko, L Bekenev, E Pavlov, YG Gordienko
arXiv preprint arXiv:1404.5764, 2014
152014
IMP science gateway: from the portal to the hub of virtual experimental labs in e‐science and multiscale courses in e‐learning
Y Gordienko, L Bekenov, O Baskova, O Gatsenko, E Zasimchuk, ...
Concurrency and Computation: Practice and Experience 27 (16), 4451-4464, 2015
132015
Enabling high-performance distributed computing to e-science by integration of 4th generation language environments with desktop grid architecture and convergence with global …
O Baskova, O Gatsenko, Y Gordienko
Proc. of Cracow Grid Workshop (CGW’10), 234-243, 2010
112010
Research Trends and Statistical-Thermodynamic Modeling the αʺ-Fe16N2-Based Phase for Permanent Magnets
TM Radchenko, OS Gatsenko, VV Lizunov, VA Tatarenko
Fundamentals of Low Dimensional Magnets, 343-365, 2022
8*2022
Universal mechanism of viscoplastic deformation of metallic materials far from thermodynamics equilibrium
E Zasimchuk, O Baskova, O Gatsenko, T Turchak
Journal of Materials Engineering and Performance 27, 4183-4196, 2018
82018
Statistical properties of deformed single-crystal surface under real-time video monitoring and processing in the desktop grid distributed computing environment
O Gatsenko, O Baskova, O Lodygensky, G Fedak, Y Gordienko
Key Engineering Materials 465, 306-309, 2011
82011
Porting Multiparametric MATLAB Application for Image and Video Processing to Desktop Grid for High-Performance Distributed Computing
O Baskova, O Gatsenko, G Fedak, O Lodygensky, Y Gordienko
25th Int. Supercomputing Conf.(ISC), Hamburg, Germany, 2010
62010
Science gateway for distributed multiscale course management in e-Science and e-Learning—Use case for study and investigation of functionalized nanomaterials
Y Gordienko, S Stirenko, O Gatsenko, L Bekenov
2015 38th International Convention on Information and Communication …, 2015
52015
Complex workflow management and integration of distributed computing resources by science gateway portal for molecular dynamics simulations in materials science
Y Gordienko, L Bekenov, O Gatsenko, E Zasimchuk, V Tatarenko
arXiv preprint arXiv:1404.5458, 2014
52014
Metallofiz. Noveishie Tekhnol., 36
OS Gatsenko, OE Zasymchuk, PO Tesel’ko, SG Stirenko, YG Gordienko
52014
Desktop grid computing in materials science lab-example of development and execution of application for defect aggregation simulations
O Gatsenko, O Baskova, Y Gordienko
Legacy 878, 1383, 2010
52010
Application of desktop grid technology in material science
A Gatsenko, A Baskova, B Bandalak, V Tatarenko, Y Gordienko
5th Int. Conf." Distributed Computing and Grid-technologies in Science and …, 2012
42012
Features of Strain Hardening of Heterogeneous Aluminium Alloys to Enhance the Fatigue Durability
OEZ , M. G. Chausov, B. M. Mordyuk, O. I. Baskova, V. I. Zasimchuk, T. V ...
Progress in Physics of Metals 22 (4), 619–642, 2021
3*2021
Elastic properties and strength of graphene under nanoindentation
AS Gatsenko, EE Zasimchuk, VA Tatarenko, VL Karbovsky, Y Gordienko
Int. Conf. NANSYS-2013, Kyiv, Ukraine, 2013
32013
Scaling-up MATLAB® Application in Desktop Grid for High-Performance Distributed Computing—Example of Image and Video Processing
O Baskova, O Gatsenko, Y Gordienko
Materials Science Forum 567 (568), 169-172, 2007
32007
System Science Gateway for Distributed Multiscale Course Management in e-Science and e-Learning—Use Case for Study and Investigation of Functionalized Nanomaterials. 38th …
Y Gordienko, S Stirenko, O Gatsenko, L Bekenov
Electronics and Microelectronics, 178-183, 0
3
Ñàìîîðãàíèçàöèÿ â âÿçêèõ æèäêîñòÿõ
ÂÈ Çàñèì÷óê, ÅÝ Çàñèì÷óê, ÀÑ Ãàöåíêî
Ìåòàëëîôèçèêà è íîâåéøèå òåõíîëîãèè, 2017
22017
Âëèÿíèå äèíàìè÷åñêîãî íàãðóæåíèÿ íà íàíîñòðóêòóðíûå èçìåíåíèÿ â ñïëàâå 2024-Ò3, ðàçðóøåííîì â óñëîâèÿõ óñòàëîñòè
ÅÝ Çàñèì÷óê, Íà ×àóñîâ, Ò Òóð÷àê, ÀÑ Ãàöåíêî, ÀÈ Áàñêîâà, ...
Íàíîñèñòåìè, íàíîìàòåð³àëè, íàíîòåõíîëî㳿, 2015
22015
IMP science gateway: From the portal to the hub of virtual experimental labs in materials science
Y Gordienko, L Bekenev, O Baskova, O Gatsenko, E Zasimchuk, ...
2014 6th International Workshop on Science Gateways, 61-66, 2014
22014
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