|E.2 CPH-Innovative Composite Pressure Hulls Structures of Submarines|
Submarine with Composite Pressure Hull (CPH),produced with Innovative Structure by New Production Technology
After several years of comprehensive Fundamental Research,Design & Subsequent Prototypes Trials,ISCOM succeeded in Developing New Innovative Structure & Production Technology for Composite Pressure Hulls(CPH)of Submarines.Developed Structure are Unique,Economical Efficiency and based on long year Expertise ISCOM Inventors, who are Experts in the Shipbuilding,Naval Architects,Aircraft,Advanced Composites,etc Technologies. Their Inventions are operating successfully in more than hundred Large-Scale Projects of various Navies and Merchant Ships;Aircraft & Commercial Products,Equipment,etc. The Composite Pressure Hull(CPH)Structures & it Production Technology and Know-How are ready for World-Wide Broadening License Marketing according License Agreements.
General Dynamic Group,Electric Boat Corp.(Connecticut,USA);Litton Industries,Ingallas Shipbuilding(Pascagoula,Missisippi);Newport News Shipbuilding(Newport News,Virginia); Todd Shipyard Corporation-USA;The DERA Centre for Marine Technology(UK);HDW(Germany); Singapore Technologies Shipbuilding & Engineering(ST SE),etc
The most exacting Marine Application for Composites is Pressure Hull Structures of Submersible Vehicles,include Submarines.They are capable of operating in the extreme depth of the Ocean.CPH Structure have maximum Efficiency,have not only positive buoyant,but beyond this,have a sufficiently Low Weight : Displacement(W/D)Ratio to allow for considerable payload.The Hull must therefore be constructed from Composites with a high Compressive Strength :Weight Ratio . This term is Guarantee in Development CPH Structure-Such Strength/Weight Ratio , are: 2.4/0.75/0.54 for CPH Composite /Titanium/Steel accordingly.Above mentioned CPH Structure is designed to work in a depth of 6,000 m.
* The Collapse Depth capacity of Composites Pressure Hulls
Structures ( CPH ) is 6,000 m ( more greater, than Pressure
Hulls from Titanium : 4,700 m & from steel : 2,000 m ).
* Reliable Hull Structure
* More Efficient Construction