Data-Driven Ship Design<\/a> (COMPIT 2018, Cardiff, UK),\u00a0 H. Gaspar.<\/p>\n JavaScript Applied to Maritime Design and Engineering<\/a> (COMPIT 2017, Cardiff, UK), H. Gaspar<\/p>\n Publications<\/strong> Presentations<\/strong><\/p>\n Introduction to JavaScript Applied to Design and Engineering<\/a> (UCL, London), H. Gaspar<\/p>\n Presentations<\/strong><\/p>\n Quantifying value robustness of OSV designs taking into consideration medium to long term stakeholders\u2019 expectations<\/a> (IMDC 2015), H. Gaspar<\/p>\n Publications<\/strong><\/p>\n HM Gaspar, PO Brett, A Ebrahim, A Keane, “Lifecycle properties of Stability \u2013 beyond pure technical thinking<\/a>“, Proceedings of the 12th International Conference on the Stability of Ships and Ocean Vehicles (STAB), 14-19th June 2015, Glasgow, UK.<\/p>\n GASPAR, H. M., BRETT, P. O., ERIKSTAD, S.O., ROSS, A. M. \u201cQuantifying robustness of OSV designs taking into consideration medium to long term stakeholders\u2019 expectations<\/a>\u201d 12th IMDC Tokyo, 2015<\/p>\n EBRAHIMI, A., BRETT, P.O., KAMSV\u00c5G, \u00d8., GASPAR, H.M. and GARCIA, J.J., \u201cParametric OSV Design Studies \u2013 precision and quality assurance via updated statistics<\/a>\u201d, 12th IMDC, Tokyo, 2015<\/p>\n EBRAHIMI, A., BRETT, P.O., GASPAR, H. M., GARCIA, J.J, KAMSV\u00c5G, \u00d8., Better decision making to improve robustness of OCV designs<\/a>. 12th IMDC Tokyo, Japan (2015)<\/p>\n A Keane, HM Gaspar, PO Brett, “Epoch Era Analysis in the Design of the Next Generation Offshore Subsea Construction Vessels”, 10th International Conference on System of Systems Engineering (SoSE) 2015 (San Antonio, TX, USA)<\/p>\n Fonseca, I\u0301. A. and H. Gaspar. 2015. \u201cAn Object Oriented Approach for Virtual Prototyping in Conceptual Ship Design\u201d. Proceedings ECMS 2015. Varna.<\/p>\n Chaves, O., Nickelsen, M. & Gaspar, H. M., 2015. Enhancing Virtual Prototype in Ship Design Using Modular Techniques. ECMS.<\/p>\n Andrade, L. S.; T. G. Monteiro and H. M. Gaspar. 2015. “Product Life-Cycle Management in Ship Design: from Concept to Decommission in a Virtual Environment”. In Proceedings 29th ECMS. Varna.<\/p>\n Hugo L. Vidal, Henrique M. Gaspar, Lucas Weihmann, Luiz E. B. Minioli, “A Parametric Model for Operability of Offshore Support Vessels via Configuration-Based Design”<\/a>, Marine Systems & Ocean Technology Journal, Vol. 10, Num. 1 – DOI 10.1007\/s40868-015-0001-8<\/a> (2015).<\/p>\n Presentations<\/strong><\/p>\n Introduction to \u00a0HIALS and the Ship Lab for Brazilian students interested in MSc in Ship Design<\/a>, TG Monteiro, HIALS (2014)<\/p>\n Internship Opportunities at Ship Lab for CSF Students<\/a>, HM Gaspar, HIALS (2014)<\/p>\n Data-Driven Documents (D3) applied to Conceptual Ship Design Knowledge<\/a>, HM Gaspar et al.<\/em>, COMPIT UK 2014<\/p>\n Challenges for Using LNG Fuelled Ships for Arctic Routes<\/a>, HM Gaspar et al.<\/em>, OMAE San Francisco, 2014<\/p>\n New vessel design approaches and the gradual obsolescence of the current designers’ software application toolbox<\/a>, HM Gaspar, HIALS (2014)<\/p>\n Publications<\/strong><\/p>\n Hugo L. Vidal, Henrique M. Gaspar, Lucas Weihmann, Luiz E. B. Minioli, “A Parametric Model for Operability of Offshore Support Vessels via Configuration-Based Design”, 25th SOBENA, Rio de Janeiro, Brazil (2014).<\/p>\n Gaspar, H. M., Balland, O., Aspen, D. M., Ross, A. M., Erikstad, S. O. “Assessing Air Emissions for Uncertain Lifecycle Scenarios via Responsive Systems Comparison Method<\/a>,” Part M: Journal of Engineering for the Maritime Environment (NTNU research) (2014)<\/p>\n \u00c9MIS – Effective Ship Design, Engineering and Fabrication: – Facilitation of beyond state of the art modular and standardized ship design, engineering and fabrication approaches, HM Gaspar, Brett, PO, Hildre, HP \u2013 BIP project application (2013)<\/p>\n Data-Driven Documents (D3) applied to Conceptual Ship Design Knowledge<\/a>, HM Gaspar, PO Brett, A Ebrahim, A Keane, COMPIT 2014 (UK)<\/p>\n Data-Driven Documents (D3) applied to Conceptual Ship Design Knowledge \u2013 Online Examples<\/a> , HM Gaspar, HIALS (2014)<\/p>\n Challenges for Using LNG fueled Ships for Arctic Routes, Gaspar, H.M., Ehlers, S., \u00c6s\u00f8y, V., Erceg, S., Balland, O. and Hildre, H.P., in OMAE 2014, San Francisco, CA, USA<\/p>\n Simplified OSV Parametric Design MethodologyApplied for Ulstein International SA Case, HM Gaspar, Ulstein Internal Report (2013)<\/p>\n Comments for Report \u201cHull Vision PSV \u2013 Parametrics Study and Benchmark Analysis, Rev .01\u201d by Ulstein International, Ulstein Internal Report (2013)<\/p>\n Parametric Ship Design A Simple Application in HTML + Javascript, HM Gaspar, HIALS (2014)<\/p>\n Lifecycle Model for LNG fueled Ships Operating in the Arctic via Epoch-Era Analysis, HM Gaspar, HIALS (2014)<\/p>\n Epoch-Era Analysis using Blue Ship Invest case as Example – A Simple Application in HTML + Javascript, HM Gaspar, Ulstein Internal Report<\/p>\n2017<\/h2>\n
2016<\/h2>\n
\nA Web Based Real-Time 3D Simulator for Ship Design Virtual Prototype and Motion Prediction<\/a> (COMPIT 2016, Lecce, Italy), Olivia Chaves, and Henrique M. Gaspar<\/p>\n2015<\/h2>\n
2014<\/h2>\n