ISO 10303-215-2004 PDF

Full title and description

Industrial automation systems and integration — Product data representation and exchange — Part 215: Application protocol: Ship arrangement. This International Standard (ISO 10303-215:2004) defines the information structures and exchange requirements for describing the arrangement of spaces, compartments and zones within ships, including geometric representations, compartment properties, cargo assignments, loading conditions and damage-stability data.

Abstract

ISO 10303-215:2004 specifies the scope and information requirements for exchanging ship arrangement definitions: spatial subdivision of a vessel into compartments and zones, physical and logical boundaries, volumetric capacities at various heel/trim conditions, cargo allocation, configuration and versioning of compartment designs, adjacency and connectivity of spaces, product structuring of parts within spaces, loading-condition definitions for floatation analysis, and information required for damage stability assessments.

General information

• Status: Published (International Standard; confirmed in ISO review lifecycle).
• Publication date: May 2004 (2004-05).
• Publisher: International Organization for Standardization (ISO).
• ICS / categories: 25.040.40 (Industrial process measurement and control / product data representation and exchange).
• Edition / version: Edition 1 (2004). Technical Corrigendum 1 published 2008.
• Number of pages: 1052 pages (main edition).

Scope

The standard covers information necessary to represent and exchange ship arrangement data for a single ship or multiple ships in a hull class: the general subdivision of a ship into spatially bounded regions, physical and logical compartmentation, geometric references to moulded forms or surfaces for defining spatial boundaries, capacity and volumetric data under trim/heel conditions, load-location data for structural analysis, cargo and consumable allocation to compartments and tanks, configuration/version management of compartment designs, and the data needed for damaged-ship stability analysis. It is intended to support design, analysis and operational data exchange between shipbuilders, designers, classification societies and operators.

Key topics and requirements

• Definitions for compartment and zone concepts, including physical and logical boundaries.
• Geometric representation methods for compartments, including references to moulded form regions and surfaces.
• Volumetric capacity data for cargo holds/tanks at varying heel and trim conditions.
• Data structures for cargo identification, allocation and loading-condition definitions.
• Information required for calculation of loads and for damage-stability analysis.
• Configuration management and versioning of compartment and arrangement definitions.
• Mappings to STEP integrated resources and typical AP modules used in ship-domain exchanges.

Typical use and users

Primary users include ship designers and naval architects, shipyards and integrators, classification societies, marine systems engineers, maritime regulators, and software vendors providing CAD/PLM/PDM tools and data-exchange solutions. ISO 10303-215 is used to transfer consistent ship arrangement and compartment data between design systems, stability and loading analysis tools, and operational planning systems. It is also used by organizations developing XML/Schema mappings and industry-specific implementations of STEP for shipbuilding.

Related standards

ISO 10303-215 is part of the STEP family (ISO 10303) of application protocols. Closely related APs and documents include ISO 10303-216 (Ship moulded forms), ISO 10303-218 (Ship structures), ISO 10303-212 (Electrotechnical design and installation), and other STEP APs used for geometry, product structure and data exchange. A Technical Corrigendum (ISO 10303-215:2004/Cor 1:2008) updates the original text. Implementers often reference the core STEP parts (e.g., Parts 11, 21) and industry mappings produced by national navies and shipbuilding consortia.

Keywords

STEP, ISO 10303, AP215, ship arrangement, compartment, zone, moulded form, cargo allocation, loading condition, damage stability, product data representation, shipbuilding data exchange.

FAQ

Q: What is this standard?

A: ISO 10303-215:2004 (AP215) is an ISO STEP application protocol that defines the information model and exchange requirements for ship arrangement data — how spaces, compartments and zones of a ship are represented for interchange between systems.

Q: What does it cover?

A: It covers spatial subdivision of ships (compartments and zones), geometric referencing to moulded form regions or surfaces, compartment properties and capacities, cargo identification and allocation, loading-condition definitions, data for load and stability calculations (including damaged stability), and configuration/version management of arrangement designs.

Q: Who typically uses it?

A: Ship designers and naval architects, shipyards, classification societies, marine systems engineers, maritime software vendors and integrators who need to exchange arrangement and compartment data between CAD, analysis and operational systems.

Q: Is it current or superseded?

A: The 2004 edition is the published International Standard (Edition 1) and has been maintained in ISO's review cycle; a Technical Corrigendum (Cor 1) was issued in 2008 to correct the original text. Implementers should check national bodies or ISO catalog entries for the latest confirmation or withdrawal status before procurement.

Q: Is it part of a series?

A: Yes — AP215 is one of many ISO 10303 application protocols (the STEP family). It is commonly used alongside other ship-domain APs (for example AP216, AP218) and the core STEP parts that define EXPRESS, STEP-file and other implementation methods.

Q: What are the key keywords?

A: Ship arrangement, compartment, zone, STEP, ISO 10303, AP215, moulded form, cargo allocation, loading conditions, damage stability, product data exchange.