跨学科海洋研究方案。如何促进海洋科学家、建模师和工程师之间的生成互动

O. T. Odegaard, B. Sortland, I. Ellingsen, D. Slagstad, G. Johnsen, E. Sakshaug
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引用次数: 3

摘要

本文描述了一个方案的背景、想法、目标和初步结果,该方案旨在协调在挪威特隆赫姆NTNU从事海洋工程、海洋数学建模和海洋生物科学的既定研究机构的努力。该项目名为MODTEQ(基于模型的先进海洋设备开发和测试),旨在通过形成促进跨学科海洋科学知识、专业知识和研究设施交流的渠道,为富有成效的海洋合作建立永久的轴心。应形成一个跨学科的研究团队,在海洋科学与技术的界面工作,重点是基于海洋模型的开发和先进的科学和工业设备的测试。介绍了他们组建这样一个团队的方法,并证实了其潜力。接下来将评估成就和实现这些成就所需的努力。提出了确定的方法。描述了技术领域研究设备和此类设备星座的协调发展,以及在特隆赫姆峡湾和南极洲进行的海上试验的结果。
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An interdisciplinary marine research programme. How to promote generative interaction between marine scientists, modellers and engineers
This paper describes the background, idea, objectives and preliminary outcome of a programme aimed at coordinating the efforts of established research institutions working within marine engineering, marine mathematical modelling and marine biological science at NTNU in Trondheim, Norway. The programme, MODTEQ (MOdel based Development and Testing of advanced marine EQuipment), aspires to establish permanent axes for productive marine collaboration by forming channels that facilitate cross-disciplinary exchange of marine scientific knowledge, expertise and research facilities. An interdisciplinary research team that works at the interface between marine science and technology should emerge, focusing on marine model-based development and testing of advanced scientific and industrial equipment. Their approach to form such a team is presented, and its potential is substantiated. Accomplishments and the efforts required to make them are evaluated next. Identified methodologies are presented. Coordinated development of technical field research equipment and constellations of such equipment is described, along with results from sea trials in the Trondheim Fjord and Antarctica.
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