подводный объект

THE PROBLEM OF DETECTION OF FLOODED CHEMICAL AMMUNITION IN THE BALTIC SEA

Thursday June 10th, 2021Thursday June 10th, 2021admin

Nersesov B.A., Rimsky-Кorsakov N.A. Under subterranean economic operations (geological prospecting, fishing, ecological control of the Nord Stream pipeline), a specific problem arises in [...]

RECOVERING THЕ IMAGES OF UNDERWATER OBJECTS DISTORTED BY ROUGH SEA SURFACE

Friday June 5th, 2020admin

Gardashov R.H., Gardashov E.R., Gardashova T.H. A method for approximation of the instantaneous shape of a waved sea surface as a superposition of [...]

THE MAIN TENDENCIES OF DEVELOPMENT OF MEANS OF MARINE MAGNETOMETRY

Tuesday February 25th, 2020admin

Nersesov B.A. Marine magnetometers are promising means of monitoring the water area with an estimated presence of potentially dangerous underwater objects. They are [...]

The Use of Numeric Methods of Viscous Fluid Dynamics for Determination of Coefficients of Rotary Derivatives of Hydrodynamic Forces and Moments

Friday August 19th, 2016Wednesday March 1st, 2017admin

Sukhorukov A. L., Titov M. A., Chernyshev I. A. This paper presents the consideration of methodological aspects of determination of coefficients of rotary [...]

Underwater Object Outline Working-off Using Computer Design Technologies in Order to Improve Their Hydrodynamical Characteristics

Tuesday February 25th, 2014Tuesday February 25th, 2014admin

Vekslyar V.Ya. Algorithm is given for development of underwater object outer architecture when design computer tech-‎nologies are used based on hydrodynamic and hydroacoustic [...]

fundamentalnaya i prikladnaya gidrofizika
fundamental and applied hydrophysics

ISSN 2073-6673

THE PROBLEM OF DETECTION OF FLOODED CHEMICAL AMMUNITION IN THE BALTIC SEA

RECOVERING THЕ IMAGES OF UNDERWATER OBJECTS DISTORTED BY ROUGH SEA SURFACE

THE MAIN TENDENCIES OF DEVELOPMENT OF MEANS OF MARINE MAGNETOMETRY

The Use of Numeric Methods of Viscous Fluid Dynamics for Determination of Coefficients of Rotary Derivatives of Hydrodynamic Forces and Moments

Underwater Object Outline Working-off Using Computer Design Technologies in Order to Improve Their Hydrodynamical Characteristics

ISSN 2073-6673

Impact Factor of RSCI (5-year)
2019 ― 0.510

SCIENCE INDEX ― 0.926

ISSN 2073-6673

Impact Factor of RSCI (5-year) 2019 ― 0.510

SCIENCE INDEX ― 0.926

Impact Factor of RSCI (5-year)
2019 ― 0.510