Multiple compound helicopter configurations are designed using a combination of rotorcraft sizing and comprehensive analysis codes. Results from both the conceptual design phase and rotor comprehensive analysis are presented. The designs are evaluated for their suitability to a short-to-medium-haul civil transport mission carrying a payload of 90 passengers. Multiple metrics are used to determine the best configuration, with heavy emphasis placed on minimizing fuel burn
The results are presented of a study to identify those helicopter technology areas which would resul...
The transformation of Joint forces to be lighter, more lethal, and capable of deploying from multipl...
The MH-60S helicopter program is currently in the development stages of incorporating provisions for...
The compound helicopter design could potentially satisfy the new emerging requirements placed on the...
A design and aeromechanics investigation was conducted for a 100,000-lb compound helicopter with a s...
The next generation of rotorcraft will have to satisfy the appropriate handling qualities requiremen...
A rotorcraft was designed for military operations in a confined urban environment. The specification...
The compound helicopter gains interest as operational needs push future rotorcraft capabilities beyo...
The compound helicopter has much to offer as a means of expanding the flight envelope of rotorcraft....
A heavy lift slowed-rotor tandem compound helicopter was designed as a part of the NASA heavy lift r...
The compound helicopter is a high-speed design concept that is once again being explored due to emer...
The compound helicopter design could potentially satisfy the new emerging requirements placed on th...
Coupling of aeromechanics analysis with vehicle sizing is demonstrated with the CAMRAD II aeromechan...
Conceptual design studies of pure and compound helicopter commercial short-haul transport aircraft f...
Results are presented of a study of the relative and absolute energy consumption of helicopters, inc...
The results are presented of a study to identify those helicopter technology areas which would resul...
The transformation of Joint forces to be lighter, more lethal, and capable of deploying from multipl...
The MH-60S helicopter program is currently in the development stages of incorporating provisions for...
The compound helicopter design could potentially satisfy the new emerging requirements placed on the...
A design and aeromechanics investigation was conducted for a 100,000-lb compound helicopter with a s...
The next generation of rotorcraft will have to satisfy the appropriate handling qualities requiremen...
A rotorcraft was designed for military operations in a confined urban environment. The specification...
The compound helicopter gains interest as operational needs push future rotorcraft capabilities beyo...
The compound helicopter has much to offer as a means of expanding the flight envelope of rotorcraft....
A heavy lift slowed-rotor tandem compound helicopter was designed as a part of the NASA heavy lift r...
The compound helicopter is a high-speed design concept that is once again being explored due to emer...
The compound helicopter design could potentially satisfy the new emerging requirements placed on th...
Coupling of aeromechanics analysis with vehicle sizing is demonstrated with the CAMRAD II aeromechan...
Conceptual design studies of pure and compound helicopter commercial short-haul transport aircraft f...
Results are presented of a study of the relative and absolute energy consumption of helicopters, inc...
The results are presented of a study to identify those helicopter technology areas which would resul...
The transformation of Joint forces to be lighter, more lethal, and capable of deploying from multipl...
The MH-60S helicopter program is currently in the development stages of incorporating provisions for...