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Natalia Riznookaya
Natalia Riznookaya
Belarusian National Technical University
Подтвержден адрес электронной почты в домене bntu.by
Название
Процитировано
Процитировано
Год
An experimental assessment of the components of rolling friction of balls at small cyclic displacements
IZ Dzhilavdari, NN Riznookaya
Journal of Friction and Wear 29, 330-334, 2008
212008
Studies of the dynamics of free microoscillations of a pendulum supported by two balls
IZ Dzhilavdari, NN Riznookaya
Journal of Friction and Wear 29, 1-6, 2008
172008
A new theory on pure pre-rolling resistance through pendulum oscillations
I Gilavdary, S Mekid, N Riznookaya
Proceedings of the Institution of Mechanical Engineers, Part J: Journal of …, 2013
152013
Features of small oscillations of pendulum on elastic surface with hysteresis friction
IZ Dzhilavdari, NN Riznookaya
Journal of Friction and Wear 28 (2), 145-153, 2007
112007
Micro-slippage effects in pre-rolling induced by a disturbed and undisturbed pendulum with spherical supports
I Gilavdary, S Mekid, N Riznookaya
Proceedings of the Institution of Mechanical Engineers, Part J: Journal of …, 2014
92014
Specific features of the dynamics of small-amplitude pendulum swings in the presence of hysteresis friction
I Dzhilavdari, N Riznookaya
Friction and Wear 28 (2), 143-150, 2007
72007
Controlling sensitivity of the sensor with differential electrostatic transducers
I Gilavdary, S Mekid, N Riznookaya
Pribory i metody izmerenij [Devices and methods of measurements] 6 (2), 163-172, 2015
52015
Феноменологическая теория микрокачаний шарика на пятне контакта
З Джилавдари, НН Ризноокая
Трение и смазка в машинах и механизмах, 3-12, 2010
52010
Measurement of extremely low eye-rolling resistance in dry and lubricating conditions
NR I. Gilavdary, S. Mekid
Surface Topography: Metrology and Properties 8 (3), 035004, 2020
42020
System and method for measuring rolling resistance
S Mekid, I Gilavdary, N Riznookaya
US Patent 8,442,777, 2013
42013
Stages of development and state of engineering of gravity gradiometers for moving objects
I Gilavdary, N Riznookaya
Devices and Methods of Measurements 7 (3), 122-128, 2016
32016
Static and dynamic stability of gravi-inertial sensors with capacitive differential system of sensitivity adjustment
I Gilavdary, S Mekid, N Riznookaya, A Abdul Sater
ПРИБОРЫ И МЕТОДЫ ИЗМЕРЕНИЙ 7 (1), 16, 2016
22016
On measuring amplitudes and periods of physical pendulum micro-swings with rolling-contact bearing
NN Riznookaya
Science & Technique, 32-37, 2011
22011
Measurement of the friction characteristics on materials surfaces using the pendulum microoscillations method
IZ Dzhilavdari, NN Riznookaya
Journal of Friction and Wear 28, 446-451, 2007
22007
Phenomenological Laws of Single Point Contact: Pre-Rolling Contact Resistance through Pendulum
I Gilavdary, S Mekid, N Riznookaya
Lubricants 11 (2), 88, 2023
12023
Transient responses and stability in the differential electrostatic sensor of inertial and gravitational moments with asymmetry
I Gilavdary, S Mekid, N Riznookaya, AA Sater
Measurement 116, 318-325, 2018
12018
Investigation of contact adhesion with the method of free micro-oscillations of a pendulum
IZ Dzhilavdari, NN Riznookaya
Journal of Friction and Wear 30 (6), 385-390, 2009
12009
Pre-rolling Friction Moment Measurements of Corundum and Silica Balls on K8 Glass Surface
I Gilavdary, S Mekid, N Riznookaya
Arabian Journal for Science and Engineering 49 (2), 2599-2603, 2024
2024
Experimental pre-rolling friction determination of corundum balls on silicium wafers using highly stable pendulum
S Mekid, I Gilavdary, N Riznoukaya
ASME International Mechanical Engineering Congress and Exposition 59490 …, 2019
2019
Device and Measuring Method the Moments of Rolling Resistance Forces on the Contact Spot
I Gilavdary, S Mekid, N Riznookaya
ПРИБОРЫ И МЕТОДЫ ИЗМЕРЕНИЙ, 309, 2019
2019
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Статьи 1–20