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RN02: DESIGN OF FLOATING STRUCTURES IN ICE // PART 3 Background for Guidance DocumentBibliographyBarents 2020 (2008) Phase 1 – Establish NorwegianBaseline on HSE Standards. Ice and Metocean(Maritime&Offshore). DNV Technical Report2008–0664.Bonnemaire, B., Shkhinek, K.N., Lundamo, T.,Bolshev, S.A., Liferov, P. and Le Guennec, S., 2009.Dynamic effects in the response of moored structuresto ice ridge interactions. POAC09-135.Bonnemaire, B., Sagerup, T., Lundamo, T.,Fredriksen, A., Liferov, P. and Le Marechal, G.(2011a). Simulation methodology for assessing seaice downtime of a floating platform. POAC11-106.Bonnemaire, B., Lundamo, T., Serré, N. andFredriksen, A. (2011b). Numerical simulations ofmoored structure in ice : influence of varying iceparameters. POAC11-176.Bruun, P.K., Husvik, J., Le Guennec, S., Hellmann,J-H. (2009). Ice model test of an Arctic SPAR.POAC09-136.Canadian Ice Service, Environment Canada (2005)MANICE, Manual of standard procedures forobserving and reporting ice conditions. Ninthedition, June 2005. ISBN 0-660-62858-9.C-CORE(2004). Stability and Drift of Icebergsunder Tow – Draft Report. Prepared for Petroleumresearch Atlantic Canada (PRAC). C-CORE ReportR-04-072-216 v.1. January 2005. http://pr-ac.ca/files/FinalReports/99_FinalReport_DFT_13Jan05.pdf.Coche, E., Liferov, P. and Metge, M. (2011). Ice andIceberg Management Plans for Shtokman field. ArcticTechnology Conference, paper # OTC 22103.Croasdale, K., Bruce, J.R. and Liferov, P. (2009). Seaice loads due to managed ice. POAC09-31.Dolgopolov, Y., Afanasiev, V., & Panfilov, D. (1975).Effect of hummocked ice on the piers of marinehydraulic structures. Proc. 3rd IAHR Ice Symp.,Hanover, NH. pp. 463-477.Dunderdale, P. and B. Wright (2005). Pack IceManagement on the Southern Grand Banks OffshoreNewfoundland, Canada, Noble Denton Canada andB. Wright & Associates report for National ResearchCouncil of Canada, PERD/CHC Report 20-76, 2005.Eik. K. (2011) Sea-ice management and its impacton the design of offshore structures. Cold RegionsScience and Technology 65 (2011) 172–183Eik, K. and O.T. Gudmestad (2010) Icebergmanagement and impact on design of offshorestructures. Cold Regions Science and Technology 63(2010) 15–28Fuglem, M.,Muggeridge, K., and Jordaan, T. (1999)Design load calculations for iceberg impacts. Int. J.of Offshore and Polar Eng. 9 (4), 298-306.Gosstroy of Russia (2004) SP11-114-2004 Siteinvestigation on the continental shelf for offshoreoil and gas facilities construction. system ofconstruction regulations, code of practice forconstruction engineering surveys, russian federationstate committee on construction and the housing andutilities complexGudmestad, O.T., Dalane, O., and Aksnes, V., 2009.On the disconnection of a moored floater in hard iceconditions. POAC09-137Hamilton, J.M., Holub, C., Mitchell, D.A. andKokkinis, T. (2011). Ice management for supportof Arctic floating operations. Arctic TechnologyConference, paper # OTC22105.Høyland, K.V. (2010): Thermal aspects of modelbasin ridges. Proc. of 20 th IAHR InternationalSymposium on Ice, Lahti, Finland, June 14 to 18,2010IDAP – Ice Data Acquisition Program. A range ofreports covering the years 1988 – 1994, reference listcan be found in Spring (1994) (ref. 3 above).Iyerusalimskiy, A. et al. The interim results of thelong-term ice loads monitoring on the large Arctictanker. POAC11-088Jensen, A., Bonnemaire, B., Lundamo, T. andRavndal, O. (2011). Efficient combination ofnumerical simulations and ice basin testing in thedesign process of moored structures in ice. ArcticTechnology Conference, paper # OTC22157.Keinonen, A., Browne, R., Lam, E. and Jolles,W. (2006). Six years in Sakhalin offshore oil –management of risk, operations in ice. ICETECH2006.Krupina, N.A., Likhomanov, V.A., Chernov, A.V.and Gudoshnikov, Yu.P. (2009). Krupina, N.,Likhomanov, V.,Chernov A., Gudoshnikov Yu.62RUSSIAN–NORWEGIAN COOPERATION PROJECT
RN02: DESIGN OF FLOATING STRUCTURES IN ICE // PART 3 Background for Guidance DocumentBarents 2020Full-scale ice impact study of icebreaker KapitanNikolaev: general description. ISOPE-2009, PaperTPC-463.Le Marechal, G., Anslot, P., Mravak, Z., Liferov,P. and Le Guennec, S. (2011). Design of a floatingplatform hull for Arctic conditions in the Barents Sea.Arctic Technology Conference, paper # OTC22161.Liferov, P. and Metge, M. (2009). Challenges withice-related design and operating philosophy of theShtokman Floating Production Unit. POAC09-139.Liferov, P., Le Marechal, G., Albertini, M.,Metge, M. and ter Brake, E. (2011). Approach toperformance, operability and risk assessment of theShtokman floating platform in ice. Arctic TechnologyConference, paper # OTC22100.Martin, E.H., Keinonen, A., Brown, H. (2008). IceManagement Effectiveness Predictions. ICETECH2008.McKenna, R.F. (2004) Development of icebergshape characterization for risk to Grand Banksinstallations, PERD/CHC Report 20-73Murray, J., Le Guennec, S., Yang, C.K., Choi, G.(2009). Design considerations for an Arctic SPAR.POAC09-142.Nesterov, A.V., Sagerup, T., Gudoshnikov, Yu. andLiferov, P. Ice drift in the north-eastern Barents Sea:measurements and simulations. POAC09-143.area according to data of the field surveys of 2001–2009. RAO11.OGP (2010) Calibration of action factors for ISO19906 Arctic offshore structures Report No. 422,December 2010PetroCanada (2005) Terra Nova Grand Banks IceManagement Plan (Proprietary)Rudkin, P., Boldrick, C. and Barron Jr., P., 2005.PERD Iceberg Management Database. PERD/CHC Report 20-72, Report prepared by ProvincialAerospace Environmental Services (PAL), St. John’s,NL., 71 p.Stuckey, P., Ralph, F., Fuglem, M., Moore, P. andJordaan, I. (2009). Probabilistic iceberg impact loadson floating structures. POAC09-145.WMO (World Meteorological Organization,undated). WMO SEA-ICE NOMENCLATURETERMINOLOGY WMO/OMM/BMO - No.259&bull Edition 1970 – 2004WMO (World Meteorological Organization,undated) SEA ICE NOMENCLATURE. Version 1.0prepared by Dr A.V. Bushuyev, Russian FederationWright, B. (2000) Full Scale Experience withKulluk Stationkeeping Operations in Pack Ice (WithReference to Grand Banks Developments). PERD/CHC Report 25-44.Nesterov A.V. (2011). Variability of the wind, ice andiceberg drift and under–ice currents in the ShtokmanReport no 2012-0690 63
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Barents 2020Report no 2012-0690 1
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Barents 2020Barents 2020Assessment
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Barents 20206. Contents of Risk Man
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Barents 20203. Hazard Identificatio
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Barents 2020CONCLUSIVE SUMMARYThe B
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RN07 // BibliographyBarents 20207.
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RN07 // APPENDIXBarents 2020Table A
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RN07 // APPENDIXBarents 2020Appendi
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RN07 // APPENDIXBarents 2020Report
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RN01: CO-ORDINATION OF DELIVERABLES
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