Get started
Author

Konstantin Valerevich Lebedinskiy

Observed names: K V Lebedinskiy, K. V. Lebedinskii, K. V. Lebedinskiy, Konstantin Lebedinskiy, Konstantin V. Lebedinskiy, KonstantinValerevich Lebedinskiy
Observed institution: Penza State University
ORCID: 0000-0002-0913-9506
Observed ORCID: 0000-0002-0913-9506
OpenAlex ID: A5024309328
A novel technology for optimizing dissolved air flotation unit efficiency via secondary saturation of the flotation cell with air bubbles and thin-layer settling
2023 · Sergey Yu. Andreev, Konstantin V. Lebedinskiy, et al. · Chemical Engineering and Processing - Process Intensification · 7
Turning of structural steel while supplying cooled ionized air to the cutting zone
2017 · Nikolay Efimovich Kurnosov, Konstantin Valerevich Lebedinskiy, et al. · Australian Journal of Mechanical Engineering · 5
Ionization of Air in a Ranque–Hilsch Vortex Tube and the Method of Obtaining Uni- and Bipolar Ionization
2015 · K. V. Lebedinskii, N. E. Kurnosov, et al. · Journal of Engineering Physics and Thermophysics · 3
Electrochemical synthesis of oxidizing reagent - Sodium ferrate in aqueous solutions of sodium hydroxide
2022 · Boris Grishin, Sergey Andreyev, et al. · AIP conference proceedings · 2
Providing Cutting Tool Cooling at Blade Machining in the Field of Mechanical Engineering by the System of Cooled Ionized Air Supply to the Cutting Zone
2017 · N. E. Kurnosov, K. V. Lebedinskiy, et al. · Известия высших учебных заведений. Поволжский регион. Технические науки · 2
New Methods of Calculating the Patterns of Oxygen Mass Transfer Processes in Dynamic Water–Air Disperse Systems
2022 · S. Yu. Andreev, M. I. Yakhkind, et al. · Journal of Engineering Physics and Thermophysics · 1
Theoretical foundation for calculating hydrodynamic characteristics of turbulent fluid flow in tubular mixing devices to intensify reagent wastewater treatment
2020 · Sergey Yu. Andreyev, Michael I. Yahkind, et al. · Applied Water Science · 1
PDF
Theoretical Analysis and Recommendations for the Calculation of the Process of Separating Air Into Oxygen and Nitrogen in the High-gradient Centrifugal Field of a Microcyclone
2022 · Sergey Yuryevich Andreev, Konstantin Valerevich Lebedinskiy, et al. · Regional architecture and engineering
Mathematical Modeling of the Operation Process of a Pressure Technological Pipeline in the Mode of Hydraulically Smooth Friction
2022 · Sergey Yuryevich Andreev, Vladimir Aleksandrovich Knyazev, et al. · Regional architecture and engineering
Averaged Local Fluid Flow Rates in Hydraulically Smooth and Quite Rough Process Pipelines
2022 · Sergey Yuryevich Andreev, Vladimir Aleksandrovich Knyazev, et al. · Regional architecture and engineering
New Method for Calculating Hydrodynamic Characteristics of the Wall Layer of Laminar and Turbulent Fluid Flows in Pressure Technological Pipelines
2022 · Sergey Yuryevich Andreev, Vladimir Aleksandrovich Knyazev, et al. · Regional architecture and engineering
New Technology of Destructive Treatment of Industrial Wastewater
2022 · Sergey Yuryevich Andreev, Vladimir Aleksandrovich Knyazev, et al. · Regional architecture and engineering
Laboratory Studies of the Process of Air Separation Into Oxygen and Nitrogen in the High-gradient Centrifugal Field of a Microcycle
2021 · Sergey Yuryevich Andreev, Konstantin Valerevich Lebedinskiy, et al. · Regional architecture and engineering
Production of Spherical Metal Powder for Additive Technology
2020 · K. V. Lebedinskii, N. E. Kurnosov · Russian Engineering Research
Intensification of a mixing aeration tank operation by using hydraulic partitioning
2018 · Sergey Yu. Andreyev, Nikolay E. Kurnosov, et al. · Applied Water Science
PDF
New Generation Tracheobronchial Nebulizer
2015 · N. E. Kurnosov, A. N. Mitroshin, et al. · Biomedical Engineering
[A tracheobronchial nebulizer of new generation].
2015 · N E Kurnosov, A N Mitroshin, et al. · PubMed
Tracheobronchial nebulizer DIVO ™
2015 · KonstantinValerevich Lebedinskiy, NikolayEfimovich Kurnosov · Lung India
Works count: 18
Citation count: 21
H-index: 3
I10-index:
Year
Topic
Type