1. Co-ordinated floating systems team work A test case on applying the TCP to offshore design Enhancing European maritime collaboration through service and technology transfer A European Maritime Day event– 22/05/2014

2. Overview Example Atkins Oil & Gas design project Why is this Relevant? Case Study Development Survey and Results Conclusions

3. EXAMPLE OIL & GAS DESIGN PROJECT

4. Example Atkins Design Project Design of a Compact Floating Production and Storage vessel. Vessel Displacement ~70,000 Te. Client interested in several different topside variants and operating locations. VariantTopside massTopside VCG* A3 500 Te15 m B5 500 Te17.5 m * Topside VCG is above the top deck Patent Pending - Reference GB2507370

5. Sizing

6. Analysis Geometry Creation

7. Hydrodynamic Analysis

8. Stability Analysis

9. The Hull Design / Arrangement Patent Pending - Reference GB2507370

10. WHY IS THIS RELEVANT?

11. Typical Oil & Gas Design Projects Work across many different disciplines: Sizing and weight control Structural design Stability analysis Hydrodynamic analysis Marine Engineering E.t.c. Requirement to maintain consistent design information Potential interactions with external parties: Model testing facilities Topside and process design Subcontracting consultants/SMEs Desire / need to find new & better solutions E.g.–UK oil & gas which is currently uneconomical to extract estimated at 3-4mill boe or £200billion. Is there a technological solution from a European SME?

12. Co-ordinated team work in Design Example of coordinating teamwork in an offshore design Focused on a novel solution (recently patented) Demonstrate how the TCP tool could assist team in development and integration of different systems/technologies Considerable similar use by a range of SME and others parties

13. TCP Case Study Question: Do we need something like the TCP? Where could we improve? Case Study Developed Atkins developed case study for TCP Pre Case Study Questionnaire Collate participants view on current approach Case Study Exercise Participants undertake case study Post Case Study Questionnaire Collate participants view on potential benefit of TCP Question: Would the TCP assist in co-ordinating work across the team?

14. CASE STUDY DEVELOPMENT

15. Basis of Design Data [.xls] Sizing (excel) Key Geometry Dimensions, Weight [.xls] Layout and Geometry model (Inventor) Hullform modelling for Hydro analysis (GEniE) 3-D Model [?] 2D Drawings [.dwg] 2D Figures [.png] Weight Control (excel) Weights [.xls] HyroD Mesh [.T1] HyroD Mesh [.T3] Hullform Surface [.SAT] Tank details [.xls] Finite element modeller (ICEM) Surface mesh generic [.?] Hydro- dynamic analysis (AQWA) Surface mesh aqwa [.dat] Motions results [.LIS] Hydro- dynamic analysis (HydroD/ PostRESP) Stability analysis (HydroD) Stability results [.xls] Motions results [.?] 1st Pass Structural Design (excel) Structural Definition [.xls] Grillage Analysis1 (MathCAD?) Grillage Analysis2 (DNVTools) Pass/Fail Summary [.xls] Loads results [.?] FE Structural Analysis Tool(SESAM- SESTRA) Stresses [.?] Code check (SESAM- SESTRA) Pass/Fail Summary [.xls] Structural Mesh [.?]

16. Basis of Design Data [.xls] Sizing (excel) Key Geometry Dimensions, Weight [.xls] Layout and Geometry model (Inventor) Hullform modelling for Hydro analysis (GEniE) 3-D Model [?] 2D Drawings [.dwg] 2D Figures [.png] Weight Control (excel) Weights [.xls] HyroD Mesh [.T1] HyroD Mesh [.T3] Hullform Surface [.SAT] Tank details [.xls] Finite element modeller (ICEM) Surface mesh generic [.?] Hydro- dynamic analysis (AQWA) Surface mesh aqwa [.dat] Motions results [.LIS] Hydro- dynamic analysis (HydroD/ PostRESP) Stability analysis (HydroD) Stability results [.xls] Motions results [.?] 1st Pass Structural Design (excel) Structural Definition [.xls] Grillage Analysis1 (MathCAD?) Grillage Analysis2 (DNVTools) Pass/Fail Summary [.xls] Loads results [.?] FE Structural Analysis Tool(SESAM- SESTRA) Stresses [.?] Code check (SESAM- SESTRA) Pass/Fail Summary [.xls] Structural Mesh [.?] Stability Analysis Hydrodynamic Analysis Structural Analysis General Arrangement Sizing and Weight Control

17. Note - Case study implemented in Strathclyde Universities VIP tool

18. Case Study Guide

19. SURVEY & RESULTS

20. Surveys

21. Pre-Case Study Survey Results Case Study Developed Atkins developed case study for TCP Pre Case Study Questionnaire Collate participants view on current approach Case Study Exercise Participants undertake case study Post Case Study Questionnaire Collate participants view on potential benefit of TCP

22. Post-Case Study Survey Results Case Study Developed Atkins developed case study for TCP Pre Case Study Questionnaire Collate participants view on current approach Case Study Exercise Participants undertake case study Post Case Study Questionnaire Collate participants view on potential benefit of TCP

23. CONCLUSIONS

24. Conclusions Survey responses suggest that the TCP tool has potential to improved working practices across small organisation. Results identified areas for potential development – Most clear would be the provision of documentation through the TCP to explain/detail network functions. The TCP could provide SME (and others!) with a glass box – where the working is open and apparent – but this is dependent on sufficient documentation to enhance understanding and allow SMEs to develop/improve their engineering process to improve the European maritime sectors competiveness.