Hydrofoils can be used to provide lift to a boat-like craft and reduce drag. Jupiter has a fluid composition and a large gravitational field; this paper investigates the possibility of using hydrofoils as a source of lift for a craft within its atmosphere. We concluded that the minimum speed required for a successful hydrofoil in this scenario would be 12.2ms-1, provided that the craft was relatively small. This velocity is comparable to similar Earthly vehicles
AbstractWe have developed a new power-saving device to reduce the drag of a ship’s hull using small ...
The process of designing an apt hydrodynamic shape for a new underwater glider is discussed. Interme...
Unmanned boats have gained a lot of interest in the maritime community during the last decade. Most ...
There are many dierent types spacecraft propulsion, ranging from powerful rockets to far less powerf...
A human-powered, hydrofoil-supported, racing boat has been designed, built, tested and developed. At...
Hydrofoil sailing has been able to unlock performance characteristics previously confined to speed r...
At the present time several hundred hydrofoilcraft are in service throughout the world. The upsurge ...
This document explores the design, development, and implementation of a Human Powered Hydrofoil Wate...
The International Moth dinghy is a 3.355m long single handed, una-rigged monohull dinghy. The class ...
Along history, hydrofoils have accompanied Men in their search for the perfect watercraft that would...
The theory of a solar sail is introduced and a simple model of a 1000m2 solar sail weighing 2000kg l...
Autonomous sailboats are used in industry for a variety of reasons including: marine wildlife monito...
To investigate techniques of personal watercraft design and manufacturing, while exploring the funct...
Moving through water takes much more effort than walking through air, and this explains why ships tr...
Despite the omnipresence of hydrofoil-assisted racing monohulls and the inherent development phases ...
AbstractWe have developed a new power-saving device to reduce the drag of a ship’s hull using small ...
The process of designing an apt hydrodynamic shape for a new underwater glider is discussed. Interme...
Unmanned boats have gained a lot of interest in the maritime community during the last decade. Most ...
There are many dierent types spacecraft propulsion, ranging from powerful rockets to far less powerf...
A human-powered, hydrofoil-supported, racing boat has been designed, built, tested and developed. At...
Hydrofoil sailing has been able to unlock performance characteristics previously confined to speed r...
At the present time several hundred hydrofoilcraft are in service throughout the world. The upsurge ...
This document explores the design, development, and implementation of a Human Powered Hydrofoil Wate...
The International Moth dinghy is a 3.355m long single handed, una-rigged monohull dinghy. The class ...
Along history, hydrofoils have accompanied Men in their search for the perfect watercraft that would...
The theory of a solar sail is introduced and a simple model of a 1000m2 solar sail weighing 2000kg l...
Autonomous sailboats are used in industry for a variety of reasons including: marine wildlife monito...
To investigate techniques of personal watercraft design and manufacturing, while exploring the funct...
Moving through water takes much more effort than walking through air, and this explains why ships tr...
Despite the omnipresence of hydrofoil-assisted racing monohulls and the inherent development phases ...
AbstractWe have developed a new power-saving device to reduce the drag of a ship’s hull using small ...
The process of designing an apt hydrodynamic shape for a new underwater glider is discussed. Interme...
Unmanned boats have gained a lot of interest in the maritime community during the last decade. Most ...