I. Znamenskaya

I. Znamenskaya, I. Doroshchenko, D. Tatarenkova, 2020, Proceedings of the 30th International Conference on Computer Graphics and Machine Vision (GraphiCon 2020). Part 2.

Shock waves dynamics investigations for surface discharge energy analysis

T. V. Bazhenova, I. Znamenskaya, A. Lutsky, 2009 .

Energy deposition in boundary gas layer during initiation of nanosecond sliding surface discharge

I. Znamenskaya, A. Lutskii, I. Mursenkova, 2010 .

VISUALIZATION OF SHOCK WAVE INTERACTION WITH WEDGE FLOW

I. Znamenskaya, I. Ivanov, I. Doroshchenko, 2018 .

Transonic 3D Non-stationary Flow Visualization Using Pulse Transversal Discharge

V. Kulikov, I. Znamenskaya, T. Kuli-Zade, 2011 .

Nanosecond Ionization of an Area of Flowing around a Rectangular Ledge by a High-Speed Flow

I. Znamenskaya, D. Tatarenkova, T. A. Kulizade, 2020 .

Development of gas-dynamic perturbations propagating from a distributed sliding surface discharge

I. Znamenskaya, A. Lutsky, N. Sysoev, 2007 .

Development of nanosecond combined volume discharge with plasma electrodes in an air flow

I. Znamenskaya, N. Sysoev, I. Mursenkova, 2014 .

Flow analysis of a shock wave at pulse ionization: Riemann problem implementation

I. Znamenskaya, I. Ivanov, I. Mursenkova, 2019, Physics of Fluids.

Nanosecond volume discharge in the flow with diffracting shock wave in the rectangular channel

I. Znamenskaya, D. Tatarenkova, T. Kuli-Zade, 2019, Journal of Physics: Conference Series.

Localization of a combined pulse discharge within a gas with a rectangular obstacle on the channel wall

I. Znamenskaya, I. Ivanov, D. Tatarenkova, 2019, Journal of Physics: Conference Series.

Visualization of supersonic flows with bow shock using transversal discharges

I. Znamenskaya, V. Chernysh, I. Ivanov, 2019, Journal of Visualization.

Supersonic flows with bow shocks visualization with transversal dicharges

I. Znamenskaya, V. Chernysh, I. Ivanov, 2018 .

KELVIN – HELMHOLTZ INSTABILITY ON SHOCK PROPAGATION IN CURVED CHANNEL

I. Znamenskaya, B. Skews, I. Ivanov, 2012 .

Gas Flow Structures Detection on Shadowgraph Images and Their Matching to CFD Using Convolutional Neural Networks

I. Znamenskaya, A. Lutsky, I. Doroshchenko, 2022, Proceedings of the 32nd International Conference on Computer Graphics and Vision.

Results of Quantitative Analysis of High-Speed Shadowgraphy of Shock Tube Flows Using Machine Vision and Machine Learning

I. Znamenskaya, N. Sysoev, I. Doroshchenko, 2021, Doklady Physics.

EDGE DETECTION AND MACHINE LEARNING FOR AUTOMATIC FLOW STRUCTURES DETECTION AND TRACKING ON SCHLIEREN AND SHADOWGRAPH IMAGES

Irina A. Znamenskaya, Igor A. Doroshchenko, I. Znamenskaya, 2021, Journal of Flow Visualization and Image Processing.

High-speed Flow Structures Detection and Tracking in Multiple Shadow Images with Matching to CFD using Convolutional Neural Networks

I. Znamenskaya, A. Lutsky, N. Sysoev, 2022, Scientific Visualization.

Methods for Panoramic Visualization and Digital Analysis of Thermophysical Flow Fields. A Review.

I. Znamenskaya, 2021, Scientific Visualization.

Regression I. Experimental approaches to regression.

I. Znamenskaya, M. Kolbeneva, O. Svarnik, 2020, The Journal of analytical psychology.

Thermography-based remote detection of psycho-emotional states

Alexsander M. Chernorizov, Irina A. Znamenskaya, E. Koroteeva, 2018 .

Infrared Thermography and Image Analysis of Dynamic Processes around the Facial Area

Irina A. Znamenskaya, Alexsander M. Chernorizov, A. V. Khakhalin, 2017 .

Visualization of Supersonic Flow in a Channel with an Obstacle by High-speed Shadow Imaging, Pulsed Discharge and Numerical Simulation

I. Znamenskaya, A. Lutsky, D. I. Dolbnya, 2022, Proceedings of the 32nd International Conference on Computer Graphics and Vision.

Thermographic Visualization of the Thermal Fields from Plasma Actuators Through Discharge Chamber Windows

I. Znamenskaya, E. Karnozova, T. Kuli-Zade, 2022, Proceedings of the 32nd International Conference on Computer Graphics and Vision.

Characterizing the dynamics of liquid boundary layers using infrared thermography

I. Znamenskaya, E. Koroteeva, P. Ryazanov, 2019 .

Estimating turbulent boundary layer characteristics by high-speed infrared thermography

I. Znamenskaya, E. Koroteeva, A. M. Novinskaya, 2018 .

Elastocaloric Effect in a Rapidly Quenched Ti2NiCu Alloy at a Periodic Action of a Stretching Force at Frequencies to 50 Hz

I. Znamenskaya, E. Morozov, V. Koledov, 2020, Physics of the Solid State.

Shock-wave thickness influence to the light diffraction on a plane shock wave

I. Znamenskaya, M. Timokhin, M. Tikhonov, 2020 .

When shock is shocked: Riemann problem dynamics at pulse ionization of a shock wave

I. Znamenskaya, D. Koroteev, I. Doroshchenko, 2017 .

The surface transverse distributed nanosecond discharge in the supersonic boundary layer

I. Znamenskaya, I. Mursenkova, D. F. Latfullin, 2009 .

Visualization of supersonic flows with bow shock using transversal discharges

A. V. Danilov, Irina A. Znamenskaya, A. E. Ieshkin, 2019, J. Vis..

Analysis of the Visualization Region in Near-Wall Fluid Layer by High-Speed Infrared Thermography

I. Znamenskaya, E. Koroteeva, L. A. Blagonravov, 2020, Moscow University Physics Bulletin.