Olga Bylya
Olga Bylya
University of Strathclyde, Advanced Forming Research Center
Verified email at strath.ac.uk
Title
Cited by
Cited by
Year
The influence of simple and complex loading on structure changes in two-phase titanium alloy
OI Bylja, RA Vasin, AV Muravlev, PV Chistjakov, AG Ermachenko, ...
Scripta materialia 36 (8), 1997
211997
Physical modelling for metal forming processes
B Krishnamurthy, O Bylya, K Davey
Procedia engineering 207, 1075-1080, 2017
162017
The effect of elasto-plastic properties of materials on their formability by flow forming
OI Bylya, T Khismatullin, P Blackwell, RA Vasin
Journal of Materials Processing Technology 252, 34-44, 2018
152018
Experimental study of the mechanical behavior of materials under transient regimes of superplastic deforming
OI Bylya, R Vasin, P Chistyakov, A Muravlev
Materials Science Forum 735, 232-239, 2013
82013
FEM simulation of microstructure refinement during severe deformation
OI Bylya, MK Sarangi, NV Ovchinnikova, RA Vasin, EB Yakushina, ...
IOP Conference Series: Materials Science and Engineering 63 (1), 012033, 2014
72014
Simulation of the material softening during hot metal forming
OI Bylya, MK Sarangi, N Rohit, A Nayak, RA Vasin, PL Blackwell
Archives of Metallurgy and Materials 60 (3A), 1887-1893, 2015
62015
Modelling of active transformation of microstructure of two-phase Ti alloys during hot working
OI Bylya, BK Pradhan, EB Yakushina, PL Blackwell, RA Vasin
Letters on Materials 4 (2), 124-129, 2014
62014
Development of a variant of scalar constitutive equations suitable for description of the near super-plastic regimes of deforming
K Bhaskaran, BB Jha, BK Mishra, OI Bylya, MK Sarangi, PV Chystyakov, ...
Applied Mechanics and Materials 110, 163-169, 2012
62012
Mechanical behaviour of titanium alloy Ti-6Al-4V with unprepared microstructure under jumpwise variations of the strain rate in the superplastic state
SS Bhattacharya, OI Bylya, RA Vasin, KA Padmanabhan
Mechanics of Solids 44 (6), 951-958, 2009
62009
Applicability of JMAK-type model for predicting microstructural evolution in nickel-based superalloys
O Bylya, A Reshetov, N Stefani, M Rosochowska, P Blackwell
Procedia engineering 207, 1105-1110, 2017
52017
An approach to microstructure modelling in nickel based superalloys
A Reshetov, O Bylya, N Stefani, M Rosochowska, P Blackwell
Superalloys 2016, 531-538, 2016
52016
Деформирование сплавов в режиме сверхпластичности и близких к нему режимах
ОИ Быля, РА Васин
Известия Тульского государственного университета. Естественные науки, 2011
52011
Mechanical behavior of titanium alloy Ti-6Al-4V with unprepared microstructure under jumpwise variations of the strain rate in the superplastic state
SS Bkhattacharya, OI Bylya, RA Vasin, KA Padmanabhan
Mechanics of solids 44 (6), 951-958, 2009
52009
On the behavior of Ti alloys during deforming in near superplastic regimes
OI Bylya, RA Vasin, MK Sarangi
AIP conference proceedings 1063 (1), 349-360, 2008
52008
Изучаем информатику, программируя на Бэйсике
ТН Быля, ОИ Быля
Домашний репетитор, 1997
51997
The Mechanics of Superplastic Forming-How to Incorporate and Model Superplastic and Superplastic-Like Conditions
OI Bylya, RA Vasin, PL Blackwell
Materials Science Forum 838, 468-475, 2016
42016
О формулировке условия сверхпластичности в задачах механики (проблема его экспериментального построения)
РА Васин, ОИ Быля
Письма о материалах 3 (2), 95-98, 2013
42013
Optimization of the accuracy of automotive parking for the car-type mobile robot
MK Sarangi, D Pati, A Parida, A Mohanty, OI Bylya
Applied Mechanics and Materials 436, 358-365, 2013
42013
On the approach to modeling of the mechanical behavior of a fine grained material
OI Bylya, K Bhaskaran, PV Chistyakov, RA Vasin
AIP Conference Proceedings 1461 (1), 132-143, 2012
42012
A study on variation of microstructural parameters in titanium alloys during near superplastic regime of deformation
RK Sahoo, BB Jha, TK Sahoo, BK Mishra, OI Bylya, MK Sarangi
Applied Mechanics and Materials 110, 4723-4729, 2012
42012
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Articles 1–20