Add to ORKGA summary of methods for marine propulsion design is presented. A list of reports dealing with the design of open propellers, ducted propellers or pumpjets, and waterjets is included. The major problems involved in marine propulsion design are discussed
Pumps used in large liquid-fuel rocket engines are examined. The term preliminary design denotes the...
Although there have been important developments in marine propellers since their fi rst use in 1850,...
Marine propulsors are key components of the many thousands of ships and boats operating in oceans, l...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1989.Includes bi...
A procedure for use in the design of a wake adapted pumpjet mounted on the aft end of a body of revo...
The various theories concerning propeller design are discussed. The use of digital computers to obta...
This book provides an update on the state of the art of hydrodynamic aspects of marine propellers an...
This thesis presents three aspects of marine propeller technology. 1) the theoretical design of smal...
A comprehensive method which designs the propeller blades with the maximum efficiency to move a give...
The paper covers the important topic of rotor–stator propulsor system design and operation. For the ...
There are many problems to be addressed in the design of marine propeller blade. Among these, the fo...
Marine propellers, although submerged in water aft of the ship, form an integral part of a ship and ...
In the last decades the diffusion of waterjet systems for commercial applications in the high speed ...
A three-dimensional computational design method is presented for multi-component marine ducted propu...
A novel marine propulsor concept is presented for high hydrodynamic efficiency. Optimum performance ...
Pumps used in large liquid-fuel rocket engines are examined. The term preliminary design denotes the...
Although there have been important developments in marine propellers since their fi rst use in 1850,...
Marine propulsors are key components of the many thousands of ships and boats operating in oceans, l...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1989.Includes bi...
A procedure for use in the design of a wake adapted pumpjet mounted on the aft end of a body of revo...
The various theories concerning propeller design are discussed. The use of digital computers to obta...
This book provides an update on the state of the art of hydrodynamic aspects of marine propellers an...
This thesis presents three aspects of marine propeller technology. 1) the theoretical design of smal...
A comprehensive method which designs the propeller blades with the maximum efficiency to move a give...
The paper covers the important topic of rotor–stator propulsor system design and operation. For the ...
There are many problems to be addressed in the design of marine propeller blade. Among these, the fo...
Marine propellers, although submerged in water aft of the ship, form an integral part of a ship and ...
In the last decades the diffusion of waterjet systems for commercial applications in the high speed ...
A three-dimensional computational design method is presented for multi-component marine ducted propu...
A novel marine propulsor concept is presented for high hydrodynamic efficiency. Optimum performance ...
Pumps used in large liquid-fuel rocket engines are examined. The term preliminary design denotes the...
Although there have been important developments in marine propellers since their fi rst use in 1850,...
Marine propulsors are key components of the many thousands of ships and boats operating in oceans, l...