by fmackenzie » Fri Feb 04, 2011 12:41 pm
The work entails the creating of comprehensive 3D RDB (Relational Databases) to track structural condition and degradation during an asset lifecycle , by updating the original "as built " model with in service updated condition information ( Corrosion, thickness gaugings, etc)
For that, we need to build a structural 3d model from drawings ( Lines plans of perhaps some sort of compartimentation model ( like GHS, Napa, for the hull form, and structural drawings for details ( Bulkheads, frames, stringers, with all associated structural members like brackets, stiffeners, flat bar connections, etc) . Each of this components shall also contain as built information, like thickness, steel grade, dimensions, etc.
The tool we use to build these models is based on Autocad.
The work entails the creating of comprehensive 3D RDB (Relational Databases) to track structural condition and degradation during an asset lifecycle , by updating the original "as built " model with in service updated condition information ( Corrosion, thickness gaugings, etc)
For that, we need to build a structural 3d model from drawings ( Lines plans of perhaps some sort of compartimentation model ( like GHS, Napa, for the hull form, and structural drawings for details ( Bulkheads, frames, stringers, with all associated structural members like brackets, stiffeners, flat bar connections, etc) . Each of this components shall also contain as built information, like thickness, steel grade, dimensions, etc.
The tool we use to build these models is based on Autocad.