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APPENDIX
本文で引用したAppendixとして以下のものを添付する。
・APPENDIX 4−1：AP215 DIS Annex F AAM Diagram 抜粋
・APPENDIX 4−2：AP215 DIS Annex F AAM Definitions 抜粋
APPENDIX 4−1：AP215 DIS Annex F AAM Diagram抜粋（1／3）
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Perform ship life cycle
APPENDIX 4−1：AP215 DIS Annex F AAM Diagram抜粋（2／3）
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Create preliminary design
APPENDIX 4−1：AP215 DIS Annex F AAM Diagram抜粋（3／3）
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Ship general arrangements
APPENDIX 4−2 : AP215 DIS AnnexF AAM Definitions 抜粋 (Informative)
Application activity model
The application activity model (AAM) is provided to aid in understanding the scope and information requirements defined in this application protocol. The model is presented as a set of figures that contain the activity diagrams and a set of definitions of the activities and their data.
The application activity model is given in Figures F.1 through F.15. Activities and data flows that are out of scope are marked with an asterisk.
The viewpoint of the application activity model is of an observer of the global ship development process. This activity model identifies the life cycle activities across all shipbuilding APs with extensions and emphasis appropriate to the Ship Arrangements. Activities relevant to the shipbuilding lifecycle that are not expanded in this activity model but are detailed in other shipbuilding application protocols.
F.1 Application activity model definitions
The following terms are used in the application activity model. Terms marked with an asterisk are outside the scope of this application protocol.
The definitions in this annex do not supersede the definitions given in the main body of the text.
F.1.1 approve general arrangements : This is the top level activity for the approval of the general arrangements. It is the entry activity for both the Design Approval Preview and checking against rules and regulations. The ship is not certified by this activity alone.
F.1.2 approved design : The approved design is the final design to be submitted as an offer.
F.1.3 arrangements : The arrangements of the ship are the ship's compartments and spaces.
Any description of arrangements will include associated definitions of purpose for the compartment or space.
F.1.4 availability, reliability and maintainability
information * : The information about the components that is required to install
them in the ship and is required for planned maintenance.
F.1.5 basic hull parameters : Estimated principal dimensions based on historical data or preliminary design development.
F.1.6 calculate capacities : This activity includes the calculation of capacities of compartments and holds such as underdeck space, bunker space, tanks, machinery room and double bottom peak.
F.1.7 calculate capacities, holds, bunker space : Calculation of all separate capacities. This could be done with the help of integral calculus or approximate formulae. For instance the hold capacity could be calculated from sectional areas and the integration over space's length.
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