Piping in ShipConstructor provides smart, parametrically linked pipe systems which can be modelled in parallel with structural, equipment and HVAC systems.
Pipe is fully integrated with the other ShipConstructor modules allowing pipe work to progress in parallel with other departments. The core of pipe modelling is the pipe catalogue which not only defines specifications and standards but also enforces logically consistent connections between all piping items. Pipes and fittings will only allow connections between end types that have been defined in the database so there is no possibility of accidentally connecting unrelated pipe stock. Parametric valve definition allows the user to customise many different properties including type, handle type, handle position and display style.
The parametric modelling tools allow very fast routing of piping systems using fittings or bent pipe. Naturally, any time a pipe item is created, deleted, or altered, the weight and CG of the complete product model is updated immediately without user intervention. Additionally, connected pipes know they are connected and will only allow themselves to be moved in ways that can be accommodated by the connected pipes. On-the-fly referencing of any number of 3D structure drawings helps ensure collision free routing.
As modelling progresses, clash checking can be performed against structure, equipment and other piping systems. These interferences are then used to automatically insert penetrations in structure according to previously defined penetration types (water tight, sleeve, etc). ShipConstructor features a complete Penetrations Manager with a library of penetration types and a permissions-based system for controlling who can insert and approve penetrations.
Once modelling is complete, the Spool Manager assists with break up of the systems into spools for production. Spool drawings can then be automatically generated, complete with bill of materials, cut lists, and even NC output for pipe bending machines. 3D spool drawings are not only automatically generated, but also automatically dimensioned and annotated significantly reducing time-to-production and minimizing errors. Fully customisable spool naming conventions allow the user to choose any combination of assembly levels, system names and drawing names.
