Integrating detailed layout generation with logistic performance assessment to improve layout insights in early stage warship design
Description
The performance of ‘internal layout and process driven ships’ is dominated by its operational processes. These operational processes are of a logistical nature. Therefore these processes have a significant impact on the arrangement of these ships. Early stage design efforts are aimed to understand the interaction between the layout and the operational processes aboard these ships to gain timely design insights to inform the decision-making process. Therefore, sufficiently detailed concept designs are to be generated by naval architects and analysed to de-risk requirements. While various tools have been developed to support naval architects in generating layouts with an increasing level of detail, the detailed evaluation of operational performance is typically postponed to the stage that only little change to the design is possible. Hence, the naval architect’s expertise is currently crucial to develop concept designs with acceptable operational performance. However, this limits the amount of explicit insight in layout performance available to decision makers. Therefore there is a need for an operational evaluation method that supports layout development in early stage ship design. To address this mismatch between layout generation and evaluation, this paper proposes an integrated method that allows naval architects to concurrently generate and evaluate sufficiently detailed layouts. A test case is presented in which the proposed method is used to generate a detailed layout for a Landing Platform Dock (LPD) and evaluate this layout based on operational processes. The test case shows that the method can indeed be used to generate and evaluate detailed layouts of internal layout and process driven ships. However, the implementation of tooling for this method proved to be challenging and thus requires further attention. Nonetheless, the test case indicates that the proposed method will improve early stage ship design by helping naval architects to better understand the complex interrelation between layout and operational processes.
Files
INEC_2020_Paper_14.pdf
Files
(1.9 MB)
Name | Size | Download all |
---|---|---|
md5:61ddc10b86c2beed88a4e4a041c92e47
|
1.9 MB | Preview Download |
Additional details
References
- Andrews, D.J., 2003. A Creative Approach to Ship Architecture. RINA Transactions .
- Andrews, D.J., 2012. Art and science in the design of physically large and complex systems. Proceedings of the Royal Society A: Mathematical, Physical and Engineering Sciences 468, 891–912. doi:10.1098/rspa. 2011.0590.
- Andrews, D.J., Pawling, R.J., 2003. SURFCON A 21st Century ship design tool, in: International Marine Design Conference.
- Andrews, D.J., Pawling, R.J., 2008. A Case Study in Preliminary Ship Design. International Journal of Maritime Engineering
- Dijkstra, E.W., 1959. A Note on Two Problems in Connexion with Graphs. Numerische Mathematik 1, 269–271.
- Droste, K., Hopman, J.J., van Oers, B.J., Kana, A.A., 2019. INTRODUCING OPERATIONAL INFORMATION INTO EARLY STAGE SHIP DESIGN USING QUEUEING NETWORKS, in: International Conference on Computer Applications in Shipbuilding, Rotterdam. pp. 1–11.
- Duchateau, E.A.E., 2016. Interactive Evolutionary Concept Exploration in Preliminary Ship Design. Phd thesis. Delft University of Technology.
- Gillespie, J.W., 2012. A Network Science Approach to Understanding and Generating Ship Arrangements in Early-Stage Design. Ph.D. thesis. University of Michigan.
- Kana, A., Droste, K., 2019. An early-stage design model for estimating ship evacuation patterns using the shipcentric Markov decision process. Proceedings of the Institution of Mechanical Engineers Part M: Journal of Engineering for the Maritime Environment 233. doi:10.1177/1475090217720003.
- Knight, S.T.D., 2009. THE DESIGN OF HMS QUEEN ELIZABETH AND HMS PRINCE OF WALES. Journal of Naval Engineering 45, 74–93. URL: https://www.jneweb.com/entityfiles/5/2685/ jnepaperfilename/v45b1p13a.pdf.
- Le Poole, J.J., 2018. Integration of aboard logistic processes in the design of logistic driven ships during concept exploration. Msc thesis. University of Technology Delft.
- Le Poole, J.J., Duchateau, E.A.E., van Oers, B.J., Kana, A.A., 2020. A CASE STUDY INTO AN AUTOMATED DETAILED LAYOUT GENERATION APPROACH IN EARLY STAGE NAVAL SHIP DESIGN, in: International Naval Engineering Conference.
- Le Poole, J.J., Hopman, J.J., Kana, A.A., Duchateau, E.A.E., van Oers, B.J., 2019. SEMI-AUTOMATED APPROACH FOR DETAILED LAYOUT GENERATION DURING EARLY STAGE SURFACE WARSHIP DESIGN, in: International Conference on Computer Applications in Shipbuilding, Rotterdam. pp. 24–26.
- Li, Y., Kana, A.A., Atasoy, B., Cai, W., 2019. An Agent-based Simulation Model for the Crowd on Passenger Ships, in: International Conference on Computer Applications in Shipbuilding, pp. 101–110.
- Parsons, M.G., Chung, H., Nick, E.K., Daniels, A., Liu, S., Patel, J., 2008. Intelligent Ship Arrangements : A New Approach to General Arrangement. Naval Engineers Journal doi:10.1111/j.1559-3584.2008.00153. x.
- Rigterink, D.T., Piks, R., Singer, D.J., 2014. The use of network theory to model disparate ship design information. International Journal of Naval Architecture and Ocean Engineering 6, 484–495. doi:10.2478/ IJNAOE-2013-0194.
- Roth, M.J., 2017. Analysis of General Arrangements created by the TU Delft Packing Approach: making use of Network Theory. Msc thesis. Delft University of Technology.
- Shields, C.P.F., Knight, J., Singer, D.J., 2017. THE DESIGN PROCESS AS A COMPLEX SYSTEM, in: ASNE: Technology, Systems & Ships, Arlington, USA.
- Singer, D.J., Doerry, N., Buckley, M.E., 2009. What Is Set-Based Design? Naval Engineers Journal 121, 31–43.
- Takken, E.H., 2012. An Integrated Functional Naval Ship Design Tool. Compit 2012 , 359–373.
- Van Oers, B.J., 2011. A Packing Approach for the Early Stage Design of Service Vessels. Phd thesis. Delft University of Technology. URL: http://resolver.tudelft.nl/uuid: 6be7582c-63b1-477e-b836-87430bcfb43f.
- Van Oers, B.J., Takken, E.H., Duchateau, E.A.E., Zandstra, R.J., Cieraad, S., Van Den Broek De Bruijn, W., Janssen, M., 2017. Warship concept exploration and definition at The Netherlands Defence Materiel Organisation, in: US Society of Naval Engineers: Set-based design workshop
- Yen, J.Y., 1971. Finding the K Shortest Loopless Paths in a Network. Management Science 17, 712–716. doi:10. 1287/mnsc.17.11.712.