ISO 10303-215:2004 工业自动化系统和集成-产品数据表达和交换-第215部分-请求协议- 船运管理

标准编号：ISO 10303-215:2004

中文名称：工业自动化系统和集成-产品数据表达和交换-第215部分-请求协议- 船运管理

英文名称：Industrial automation systems and integration — Product data representation and exchange — Part 215: Application protocol: Ship arrangement

发布日期：2004-05

标准范围

ISO 10303-215:2004规定了船舶布置定义、舱室和区域的几何表示、舱室属性、货物、货物分配、装载条件和损坏稳定性信息交换的范围和信息要求。以下内容属于ISO 10303-215:2004的范围:描述船舶一般细分为空间有界区域的数据；识别将船舶划分为适合装载货物、操作机械以及船员和乘客占用的隔间的物理边界的数据；识别逻辑边界的数据，将船舶细分为区域，以控制访问、指定设计权限或应用特定设计要求；基于对模制形式区域或几何表面的参考来定义空间边界所需的数据；配置管理数据，用于识别隔室设计的版本并用于在设计生命周期阶段管理对设计的变更；识别隔室和区域的预期功能的数据；记录货舱在船尾和船体纵倾的各种组合下的容积容量所需的数据；计算由于舱室所载货物的重量而作用在船舶结构系统上的载荷的大小和位置所需的数据；确定隔室邻接所需的数据；识别通过共同功能目的、在船舶内的位置或通过工程系统的连接相关的空间的数据；识别空间的维度方面的数据；识别包含在空间内的工程部件和结构部件的产品结构的数据；识别船舶的区域中的隔室的产品结构的数据；定义船舶内系统放置在空间上的设计要求所需的数据；识别货物、储存物和消耗品以及将这些物品分配到舱室和储罐以进行设计分析或在船舶运行期间的特定航程中所需的数据；定义装载条件，用于分析不同货物装载场景下船舶的浮动位置；船舶破损后稳定性分析所需的数据；适用于单艘船或一个船体等级中的多艘船的数据。以下内容超出了ISO 10303-215:2004的范围:定义结构或非结构舱壁的模制表面的表示的数据；定义结构系统和部件的表示的数据；定义空间内工程零件和结构零件的位置、方向或几何形状的数据。

ISO 10303-215:2004 specifies the scope and information requirements for the exchange of ship arrangement definitions, geometric representations of compartments and zones, compartment properties, cargoes, cargo assignments, loading conditions, and damage stability information.The following are within the scope of ISO 10303-215:2004:

• data describing the general subdivision of a ship into spatially bounded regions;
• data identifying physical boundaries partitioning the ship into compartments suitable for the stowage of cargo, operation of machinery, and occupancy by crew and passengers;
• data identifying logical boundaries subdividing the ship into zones for the purpose of controlling access, designating design authority, or applying specific design requirements;
• data required for the definition of spatial boundaries based on references to moulded form regions or geometric surfaces;
• configuration management data for identification of versions of compartment designs and for management of changes to the design during the design life cycle phase;
• data identifying the intended functions of compartments and zones;
• data required for recording the volumetric capacities of cargo compartments at various combinations of vessel heel and vessel trim;
• data required for calculation of the magnitude and location of loads acting upon the structural systems of a ship due to the weight of cargoes contained in compartments;
• data required for the determination of adjacency of compartments;
• data identifying spaces related by common functional purpose, position within the ship, or connection by engineering systems;
• data identifying dimensional aspects of spaces;
• data identifying the product structuring of engineering parts and structural parts contained within a space;
• data identifying the product structuring of compartments in an area of the ship;
• data required for the definition of design requirements placed on a space by systems within the ship;
• data required for the identification of cargoes, stores and consumables and allocation of those items to compartments and tanks for design analysis or on specific voyages during the operation of the ship;
• definition of loading conditions for analysis of the floating position of the ship under different cargo loading scenarios;
• data required for the analysis of stability of the ship after damage;
• data applicable to a single ship, or to multiple ships in a hull class.

• data defining the representation of moulded surfaces of structural or non-structural bulkheads;
• data defining the representation of structural systems and parts;
• data defining the location, orientation, or geometry of engineering parts and structural parts within a space.

标准预览图