Marine & Offshore

Preliminary Steel Structure Designer

Preliminary Steel Structure Designer

CATIA Preliminary Structure Designer is used to complete design of heavy structures with realistic plate and stiffener elements. It provides industry specific features to create hull structure detailed parts.

The full integration of Structure Functional Design and Structure Detailed Design allows user to retrieve Design block information that was previously defined and assessed, to perform the detailed design of the structure.

Structure engineers are able to obtain early weight, material, labor and balance estimation of the structure as well as the classification drawings including conventions. They can also extract a structural mesh of the whole ship to process global Finite Element Analysis (FEA), to get required approval of the basic design. 

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Description

 

  • Fully define steel structural systems
  • Steel design & stiffening to resist pressure, cargo loads and sea state
  • Layout of plates for decks and major bulkheads
  • Defines longitudinal and transverse stiffeners
  • Places all significant openings.
  • Common Deliverables
  • Precise evaluation of cost of materials/labor
  • Classification Drawings to be certified by Classification Companies such as Lloyd or VERITAS.
  • Material take-off sheets
  • Finite Element Analysis
  • Weight and Center of Gravity Analysis per Block
  • Input design models for pre-manufacturing (lofting)

 

 

Preliminary Steel Structure Designer
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KEY FEATURES

  • Increase productivity with design-to-manufacturing integration:one integrated solution from early functional design through manufacturing preparation

  • Enable highly-collaborative online engineering, including suppliers and regulatory agencies

  • Automate design tasks and assist user decision-making

  • Ensure early design validation and cost control: addresses conceptual/functional design

  • Early assessment of project risks and cost estimation for long-lead-time order items

  • Handles very large structural systems with highly productive functionality