Abstract
With reference to “jack up” vessels, this paper has proceeded: to examine the critical aspects of their assessment in the context of the various cases relating to ship appraisal; to catalogue the assessment models proposed in the international literature about the construction cost of similar vessels; to identify the most suitable methodological approach to the study case (parametric cost valuation by functional elements), and to the subsequent relative implementation, aimed at estimating the construction cost of the vessel in terms of “proxy” variable of its value.
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References
AA.VV (1989) Atti della Tavola Rotonda su Estimo Navale e Nautico, 26.11.1988 In: Aestimum, Centro Studi di Estimo ed Economia Territoriale, vol 20. Firenze University Press
Cocodia E (2005) A comparative study of neuro-fuzzy systems and regression analysis in the cost estimation of offshore structures. J Mar Eng Technol 4(1):33–42
Consorzio Venezia Nuova (2019). www.mosevenezia.eu. Accessed Dec 2019
Del Giudice V (2015) Estimo e Valutazione Economica dei Progetti. Loffredo Iniziative Editoriali, Napoli
Del Giudice V, De Paola P (2017) The value of intellectual capital in shipping companies. In: Green energy and technology. Springer, pp 231–239
Del Giudice V, Manganelli B, De Paola P (2016) Depreciation methods for firm’s assets. In: ICCSA 2016, Part III. Lecture notes in computer science, vol 9788. Springer, pp 214–227
Ennis KJ, Dougherty JJ, Lamb T, Greenwell CR, Zimmermann R (1998) Product-oriented design and construction cost model. J Ship Prod 14(1):41–58
Fischer JO, Holbach G (2011) Cost management in shipbuilding: planning, analysing and controlling product cost in the maritime industry. GKP Publishing
General Price List Venetian Transportation Consortium—Maintenance of Naval Units and Pontoons (2019). www.comune.venezia.it. Accessed Dec 2019
Kaiser MJ, Snyder B, Pulsipher AG (2013) Offshore drilling industry and rig construction market in the Gulf of Mexico. Coastal Marine Institute of Louisiana State University. OCS Study BOEM 2013-0112
Kaiser MJ, Snyder BF (2010) Newbuild and replacement cost functions. Oil Gas J
Kaiser MJ, Snyder BF (2012) Labor, material needs estimated for US construction of jack ups. Oil Gas J
Kaluzny BL, Barbici S, Berg G, Chiomento R, Derpanis D, Jonsson U, Shaw RHAD, Smit MC, Ramaroson F (2011) An application of data mining algorithms for shipbuilding cost estimation. J Cost Anal Parametr 4(1):2–30
Manganelli B, Morano P, Tajani F (2014) Companies in liquidation: a model for the assessment of the value of used machinery. WSEAS Trans Bus Econ 11(1):683–691
Michalski JP (2004) Parametric method of preliminary prediction of the ship building cost. Pol Marit Res (special issue)
Public Works Price List—Lazio Region—Maritime and Hydraulic Works (2019). www.regione.lazio.it. Accessed Dec 2019
Ross JM (2004) A practical approach for ship construction cost estimating. COMPIT
Roy R (2003) Cost engineering: why, what and how? Decision Engineering Report Series, Cranfield University
Shetelig H (2013) Shipbuilding cost estimation—parametric approach. Norwegian University of Science and Technology, Department of Marine Technology
Ventura M (2010) Cost estimate, IST—Istituto Superior Tecnico de Lisbona. www.mar.ist.utl.pt. Accessed Dec 2019
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Del Giudice, V., Morano, P., De Paola, P., Tajani, F. (2021). A Parametric Cost-Based Approach to Appraisal Jack-Up Vessels. In: Morano, P., Oppio, A., Rosato, P., Sdino, L., Tajani, F. (eds) Appraisal and Valuation. Green Energy and Technology. Springer, Cham. https://doi.org/10.1007/978-3-030-49579-4_11
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DOI: https://doi.org/10.1007/978-3-030-49579-4_11
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