Warship 2010 The Application of Integrated Computing Technology to the Design, Construction and Lifecycle Support of Warships The Royal Institution of Naval Architects 10 June, 2010

AVEVA Marine Above the surface:

– The most productive ship design and building system built upon the proven capabilities of AVEVA PDMS and Tribon – – Implemented world-wide Technology providing new business opportunities

Below the surface:

– – – – Powerful, proven Dabacon database Parametric modelling Open customisation Not reliant on third-party software

AVEVA – The industries we serve

• Relevant software development shared between industries

Chemical Power Pharma Oil & Gas Pulp & Paper Marine

AVEVA – Space Management

• • • Early creation of a Common Reference Model used for downstream design tasks – flexible; use 3D and/or schematic Spaces and zones within larger spaces and across spaces Knowledge-based e.g. automatic insulation added

Design-analysis integration

• • Own and third-party hull form generation and hydrostatic analysis Interfaces to Classification Societies, FEA (ANSYS) and CFD

Diagrams and Schematic Model Viewer

• • Single point of entry into ship’s database: for early I/D, estimating, ordering and for use in downstream processes Import diagrams, e.g. from suppliers, ISO15926

Product Model DB

Schematic Data 3D Design Data

Supplier equipment

• • Equipment downloaded directly from supplier site using AP 203 Automated geometry simplification Courtesy of Wärtsilä

Integrator

• • Rule-based 3D arrangement created from 2D diagram, e.g. automatic pipe routing; flow balance, clash free, etc.

Checking 2D against 3D and highlighting any differences

AVEVA Marine – Error free designing

• Clash detection and management • Association • Alignment of pipes • Hole management

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AVEVA Marine – Error free building

Assembly Planning – Build Strategy • Weld Planning & Robot Control • Shrinkage; spring-back etc.

• Accurate BoM • and many more . . . .

Automated generation of drawings

• • Automated drawings via customized templates Stage fabrication drawings and manufacturing drawing

Global multi-site, concurrent working

 Example of one project: – – 1 hub with 4 satellite sites 450 concurrent users STATOIL  Statoil has in total: – – – – 30 hubs 40 satellites in their DMZ 117 sub-contractors Approx. 1,000 users / day HUB Behind firewall De-Militarized Zone DMZ VETCO AIBEL Billingsked AKER KVAERNER Oslo REINERTSEN ENGINEERING REINERTSEN ENGINEERING Murmansk Tronhiem

Laser scanning technology

 Capturing the current as-built condition for Re-fits, Conversions, Through-Life Support and Life Extension

Integration of laser data and AVEVA Marine

  Re-designing in point cloud with clash detection and checking design within bubble views Generating drawings and production data and reverse engineering

AVEVA NET

   Managed access to information between everyone inside and outside the shipyard Automatic linking of Tags across all data sources Red lining mark-up; commenting, automatic hot-spots        Vendor Neutral - Access all project information from ANY other systems Drawings, diagrams and sketches Material lists Reports, manuals, certificates etc.

Planning information Maintenance and operating data Safety Training, much, much more ...

 Integrate with ERP systems, e.g.

Linking and accessing of data and documents P&ID’s Vendor Data Class data Arrangement Drawings Electrical Data Calculations

Data capture and validation

AVEVA NET

Installation Status Report

Integration – A Closed-loop system AVEVA MARS