There the calculating method to choose the bottom lines of high-speed vessel, which provide for the formation of AC in two given speeds, has been created. The field of effective use of AC has been extended for the speed range, which is characteristic for the high-speed displacing vessels and for ones of transient conditions. The results have been used in design of three high-speed vessels. The AC application allows to decrease the power of propulsion system by 15 - 25% or to increase the vessel speed by 5 - 10%Available from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
A new approach to the problem of determination of the load-carrying capacity and breakage of ice cov...
Papers presents the concept designs of two autonomous marine vehicles belonging to a new family of u...
The bachelor's thesis deals with increasing the range of a vehicle with an alternative drive, which ...
Artificial air cavities are proposed for their use on high block coefficient hulls, navigating at lo...
Air is often used as a lifting element, to support and sustain a high speed craft, by generating an ...
At a time when \u2018greenships\u2019 are going to become a must according to IMO requirements and l...
Artificial cavitation, or ventilation, is produced by releasing gas into liquid flow. One objective ...
A series of recent studies looking into the issues raised by implementation of IMO CO2 regulations h...
Supercavitation has been utilized in the past, specifically in military technology as a measure impl...
Absolute commitment to reduce the impact of greenhouse gas emissions while increasing fuel efficienc...
There the study objects are the SubMarines (SM) and the Surface Vessels (SV), which were equipped by...
A new method of reducing the resistance of submarines is presented, which consists in installing spe...
A new method of reducing the resistance of submarines is presented, which consists in installing spe...
One of the most interesting viscous drag reduction techniques for a boat hull is the so called air l...
There the computing method of ice resistance of ice-breaker, which allows to optimize the shape of h...
A new approach to the problem of determination of the load-carrying capacity and breakage of ice cov...
Papers presents the concept designs of two autonomous marine vehicles belonging to a new family of u...
The bachelor's thesis deals with increasing the range of a vehicle with an alternative drive, which ...
Artificial air cavities are proposed for their use on high block coefficient hulls, navigating at lo...
Air is often used as a lifting element, to support and sustain a high speed craft, by generating an ...
At a time when \u2018greenships\u2019 are going to become a must according to IMO requirements and l...
Artificial cavitation, or ventilation, is produced by releasing gas into liquid flow. One objective ...
A series of recent studies looking into the issues raised by implementation of IMO CO2 regulations h...
Supercavitation has been utilized in the past, specifically in military technology as a measure impl...
Absolute commitment to reduce the impact of greenhouse gas emissions while increasing fuel efficienc...
There the study objects are the SubMarines (SM) and the Surface Vessels (SV), which were equipped by...
A new method of reducing the resistance of submarines is presented, which consists in installing spe...
A new method of reducing the resistance of submarines is presented, which consists in installing spe...
One of the most interesting viscous drag reduction techniques for a boat hull is the so called air l...
There the computing method of ice resistance of ice-breaker, which allows to optimize the shape of h...
A new approach to the problem of determination of the load-carrying capacity and breakage of ice cov...
Papers presents the concept designs of two autonomous marine vehicles belonging to a new family of u...
The bachelor's thesis deals with increasing the range of a vehicle with an alternative drive, which ...