A Mathematical Model of Ship's Temperature Field
Untraditional Propulsor Developments at Krylov Shipbuilding Research Institute
Problems of Optimizing Habitability of Naval and Merchant Ships
Improvement of Water Treatment at Urban Water Supply Stations Based on Hydrodynamic Research
A Towed System for Search Operations in Offshore Areas
Provisions for Energy-saving Operation of Ship Degaussing System
New Softwave for Calculation of Static Electric and Magnetic Fields
Physical Features of Electrostatic Field Effects on Human Organisms
Menoeuvrability of Ships under Tow at Sea
A Multiple-point Measuring Device for Recording the Structure of a Temperature Field
Separated Flow Around Axisymmetrical Bodies in Nonstationary Motion
Principles of development of environmentally sound ship gas-turbine engines
On the Role of Layerad Structure in the Model of Liquid of Variable Density
Hydrodynamic Energy-saving Means for Full Inland Ships
Turbulent Pressure Pulsations and Sound Emission Produced by Flow Around Body
Laboratory Simulation of Hydrophysical Processes in Water Areas
A Mathematical Model of Potential Physical Fields of a Ship
Description and Methods of Numerical Calculations of Man-made and Natural Electromagnetic Fields
Design Study on Possible Means of Improvement of Coaxial Propeller System
Main Achievements and Prospects for Studies in Hydrodynamics of High-Speed Craft
Investigation of a Physical Water Model using a Combined Approach of the Large Particle Method