Add to ORKGVibration isolation and noise control technologies are used in submarines on multiple systems and there are various reasons for employing these technologies. One of the principal reasons is to minimise the acoustic signature of the submarine so that it is difficult to detect. This paper contains descriptions of conventional and emerging noise and vibration isolation technologies that have and could be applied to submarines.Carl Q. Howardhttp://www.mecheng.adelaide.edu.au/avc/publications/abstract.php?abstract=107
Dutch navy ships are designed and built to have a low underwater signature. For low frequencies howe...
Object and purpose of research. This paper discusses current international regulations governing man...
The objective of this literature research project is to determine the effect of sonar noise on whale...
As the only true covert naval option, Submarines are in constant demand around the world. Reducing t...
Submarine manufacturers invest considerable effort and money in improving the attenuation of noise r...
Submarine manufacturers invest considerable effort and money in improving the attenuation of noise r...
Active vibration control of a submerged hull is presented. A submarine hull can be idealised as a ri...
[Objectives] Compared with 1-stage, 2-stage and raft vibration isolation, the attenuation of longitu...
An important cause of sound radiation from a submarine in the low frequency range is fluctuating for...
This paper investigates the use of inertial actuators to reduce the sound radiated by a submarine hu...
Vibration modes of a submerged hull are excited by fluctuating forces generated at the propeller and...
Naval architects and shipbuilders have many tools for reducing the underwater noise produced by ship...
Submarines are efficient sources of low frequency radiated noise due to the vibrations induced by th...
When active control is used to reduce the vibration transmission through machine isolators into supp...
Dutch navy ships are designed and built to have a low underwater signature. For low frequencies howe...
Dutch navy ships are designed and built to have a low underwater signature. For low frequencies howe...
Object and purpose of research. This paper discusses current international regulations governing man...
The objective of this literature research project is to determine the effect of sonar noise on whale...
As the only true covert naval option, Submarines are in constant demand around the world. Reducing t...
Submarine manufacturers invest considerable effort and money in improving the attenuation of noise r...
Submarine manufacturers invest considerable effort and money in improving the attenuation of noise r...
Active vibration control of a submerged hull is presented. A submarine hull can be idealised as a ri...
[Objectives] Compared with 1-stage, 2-stage and raft vibration isolation, the attenuation of longitu...
An important cause of sound radiation from a submarine in the low frequency range is fluctuating for...
This paper investigates the use of inertial actuators to reduce the sound radiated by a submarine hu...
Vibration modes of a submerged hull are excited by fluctuating forces generated at the propeller and...
Naval architects and shipbuilders have many tools for reducing the underwater noise produced by ship...
Submarines are efficient sources of low frequency radiated noise due to the vibrations induced by th...
When active control is used to reduce the vibration transmission through machine isolators into supp...
Dutch navy ships are designed and built to have a low underwater signature. For low frequencies howe...
Dutch navy ships are designed and built to have a low underwater signature. For low frequencies howe...
Object and purpose of research. This paper discusses current international regulations governing man...
The objective of this literature research project is to determine the effect of sonar noise on whale...