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With regards to ice navigation, the Ice limits for different ship ice classes indicator as well as the Route Availability Index indicator have been developed and are ready for implementation into the service.
7. Appendices (Codes used for generating the indicators)
7.1 Appendix A – Code for Fuel Consumption Model
The MATLAB code for wave resistance implementation in the Fuel consumption model are delivered in the form of a PDF file together with this document. Filename
"C3S_D422Lot1.OSM.2.6(1)_201805_Operational_Indicators_Technical_Note_AppendixA_code_FC M_waveresistance"
7.2 Appendix B – Code for Route Cost ETA
The MATLAB code files for Route cost ETA are delivered in the form of a zip archive datafile together with this document. Filename "C3S_D422Lot1.OSM.2.6(1)201805_Operational_Indicators Technical_Note_AppendixB_code_RouteCostETA"
7.3 Appendix C – Code for Ice Limits for Different Ship Ice Classes
The Python code files for Route cost ETA are delivered in the form of a zip archive datafile together with this document. Filename "C3S_D422Lot1.OSM.2.6(2)201808_Operational_Indicators Technical_Note_AppendixC_code_Ice_Class_Limits"
References
Boese, P., (1970). Eine Einfache Methode zur Berechnung der Widerstandserhöhung eines Schiffes in Seegang. Institüt für Schiffbau der Universität Hamburg, Bericht Nr 258.
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