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Reference. MDV 1200 A.A.SUPERSEACAT TYPE Monohull Deep-V RO-RO Fast Ferry designed by Fincantieri and defined by a Technical Specification and Drawings sent in Annex to DMI. Design Methodology : Phases. four phases summarised as follows:1.Preliminary Design2.Basic Design3.Functional design4
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1. S@S ProjectMDV 1200 A.A. SuperSeacat Type Presentation:General Design Methodology
A. Fulfaro (Fincantieri)
Newcastle 19th-21th November
2. Reference MDV 1200 A.A.SUPERSEACAT TYPE Monohull Deep-V
RO-RO Fast Ferry
designed by Fincantieri and defined by a Technical Specification and Drawings sent in Annex to DMI
3. Design Methodology : Phases four phases summarised as follows:
1.Preliminary Design
2.Basic Design
3.Functional design
4.Detailed Design
4. 1.Preliminary Design Phase of Feasability in which the main ship characteristics function of what is realizable are defined taking into account also the Owner’s request
5. 1.Key Parameters Loading Capacity
Velocity
Autonomy
Than If there is a specific request
High Comfort ( which could influence for example the level of Noise on board or SOC)
6. 1. MOP (Management of Performances) Alternative Design solutions are evaluated in order to define the optimal configuration
In the military Field for example all the Transwarship studies are taken into account
7. 2.Basic Design General project is defined with is own dimensional and functional characteristics such:
Dimensions of the Ship
Preliminary General Displacement
Preliminary General arrangment Plan
Preliminary Arrangment (for Engine Room for istance)
Preliminary Layout Drawings (for Propulsion System for istance)
Midship Section
8. Layout Drawings of Car Ramps\ car spaces with pillars
Layout Drawings of Engine room and Propulsion System
Midship section and Scantling
Preliminary Arrangment Drawings of Bow thruster and Stabilizers
Preliminary Drawings of ventilation, air conditioning and exahust gases,plants
Layout drawings of main piping systems
Preliminary calculation of trim and Stability for the intact vessels
Damage stability Calculations
Powering and weight estimate
Electric load balance
Electrical schematics
Main Systems schematics (Fuel\cooling water\air conditioning..)
9. Key factors Dimensions
Velocity
Power
General Arrangement
10. 3.Functional design A more complete level of detail in which for example the general arrangment of Engine room contains all the systems described in detail (if we consider the cooling system the pumps with their loading capacity or the piping with their size are described for example)
Structural drawings are ready for Register approval
(during Basic Design only Midship section is ready for approval for istance)
There are no informations about the real location of all the systems with their own components on board
11. 4.Detailed Design All the Drawings will be completed by evaluating the sequence of cutting and welding or the right piping design for example (Structural Drawings)
the so called Coordinate Plans (Detailed Drawings of pipes,cables..) are completed in order to define the exact position on board of all the equipment and to evaluate (for istance) if there are “space interference” among systems, piping,equipment and so on
12. MDV 1200 :Scope of Supply The vessel has been delivered to the Owner ready for service in accordance with the Specification and drawings sent in Annex to DMI
All constructions details, equipment, machinery, electrical installation and so on are:
in accordance with Rules, regulations and Standards when required and contemplated by same
in accordance with good marine practise
13. MDV 1200 Table of Contents General
Hull Structure
Propulsion Plant
Electric Plant
Command and Surveillance
Auxiliary Systems
Outfit and Furnishing
14. General Ship’s main characteristics are described like dimensions, number of passengers\crew\cars, deadweight (max), maximum continuous\service speed,average fuel consumption, propulsion description,environmental conditions
Project general concepts are described (see tech specif.)
Deadweight capacity,tank capacity,weight list,performances (speed, seakeeping) noise levels, vibration and vibration strengthenings,Stability and pre-selected Test \Trials informations are given
15. Hull Informations about:
Scantling,Materials,welding and structural connections
Externall shell Plating
Watertight bulkheads
Decks\superstructures
Foundations
are given
16. Propulsion Plant General informations
Informations about Propulsion Units,Transmission and Propulsion System, Propulsion Support Systems, PMS, Sea Water system,Fuel oil system and so on
are given
17. Electrical Plant General
Electric system configuration
Protection and Distribution System
Electric motors and Starters
Electric Cables
Generators
Accumulator Battery
Power Distribution System
Lighting System
18. Conclusion The Tool should be used first of all during
the Basic Design phase
and then in the other Design phases to
evaluate the alternative design Solutions