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Military and naval science

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Development progresses with high power density engines for light combat vehicles

Article Abstract:

MTU Friedrichshafen, the leading producer of military diesels, has developed the 890 series of high power density engines that are considerably lighter and smaller in relation to their power than all earlier combat vehicle diesels. Due to their efficiency, engines of the 890 series have become candidates for powering US Future Combat Systems (FCS) and UK Future Rapid Effect System (FRES) platforms.

Author: Ogorkeiwicz, R.M.
Publisher: Jane's Information Group
Publication Name: Jane's International Defense Review
Subject: Military and naval science
ISSN: 0020-6512
Year: 2005
Germany, Motor vehicle parts and accessories, Internal combustion engines, not elsewhere classified, Space propulsion units and parts, Guided Missile and Space Vehicle Propulsion Unit and Propulsion Unit Parts Manufacturing, Military Space Engines, Internal combustion engine industry, MTU Friederichshafen, Military aerospace engines

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Maersk advances its at-sea staging base concept

Article Abstract:

Maersk Line Limited unveiled details of its S-Class Power Projection Platform (PPP) built in collaboration with shipyard Norshipco, naval architects Gibbs and Cox and the Military Sealift Command. The S-Class PPP was developed to support the deployment of US special forces and it can accommodate 144 Humvees or 72 CH-46 Sea Knight helicopters.

Publisher: Jane's Information Group
Publication Name: Jane's International Defense Review
Subject: Military and naval science
ISSN: 0020-6512
Year: 2004
United States, Water Transportation, Alliances, partnerships, INSURANCE CARRIERS, Water Transportation Services, Support Activities for Water Transportation, Insurance industry, Shipping industry, Cooperative agreement for product development, Alliances and partnerships, Maersk Line, Norfolk Shipping and Drydock Corp.

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Norwegian company develops hull stress monitoring system for combat vessels

Article Abstract:

Norwegian company has developed a fiber optic-based real-time hull stress monitoring system for advanced naval combat vessels such as high-speed littoral combat ships. This fiber optic technology allows combat vessels to be driven to the limit in very rough seas without risk of structural damage or catastrophic hull failure.

Publisher: Jane's Information Group
Publication Name: Jane's International Defense Review
Subject: Military and naval science
ISSN: 0020-6512
Year: 2003
Norway, Battleships, Ship Building and Repairing, Hulls (Naval architecture)

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Subjects list: Product development
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