A mathematical model of virtual simulation for deepwater installation of subsea production facilities

Xin-hu, Zhang; Duan, Menglan; Mao, Dongfeng; Yu, Yang; Yu, Jianxing; Wang, Yi

doi:10.1080/17445302.2015.1123850

Cited by 19 publications

(13 citation statements)

References 18 publications

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“…also points, that in the Arctic regions of the Russian Federation, the innovation sphere is associated preliminary with the lack of motivation among corporations to introduce new technologies in the real sector of the economy [23]. This may keep with great uncertainty of the initial data of the field [13], which will require a lot of time of project documentation development, as a result, a long process of determining further action program at the subsequent stages of project implementation [2]. Moreover, as A.Ilinova and D. Dmitrieva noted, the more complex are the conditions for resource exploration and extraction, the more scientific research and innovations are required [24].…”

Section: Discussionmentioning

confidence: 99%

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Selection of the optimal subsea production system using original software

Иванова

Shabalov

2021

E3S Web Conf.

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Due to the high relevance of the offshore oil and gas fields’ de-velopment, the authorsexaminethe technology of subsea mining, which is gaining popularity in the Russian Federation. The main types of subsea production system constructions were analyzed and a number of factors, which affect the development of offshore oil and gas fields, were proposed. An algorithm for the software product was created which allows after geo-logical exploration and the discovery of industrial oil and gas recourses to optimize the planning process and to save time and material costs for the company at the preliminary stages of planning. The software product algo-rithm based on such factors asdepth and size of the field, duration of ice season of the region, remoteness of the field from the coast, the level of development of transport infrastructure and the complexity of geological structure.

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Section: Discussionmentioning

confidence: 99%

“…Technological and constructional features of subsea production systems are regulated by standards [11]. Existing papers also consider the optimization of operation processes of subsea hydrocarbon production systems [12,13].…”

Section: Literature Reviewmentioning

confidence: 99%

Selection of the optimal subsea production system using original software

Иванова

Shabalov

2021

E3S Web Conf.

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“…While advanced mooring system response solvers [14][15] [16] or control design VP framework [17][18] [19] already exist, they often lack the integration possibility to interact with humans in the loop (HITL) a virtual environment in RT. VP is often associated with the conjunction of Virtual Reality (VR) and mathematical models for the purpose of training unskilled workers [20] [21].…”

Section: Related Workmentioning

confidence: 99%

Flexible Riser Installation Optimisation Based on Virtual Prototyping

Major¹,

Yuan²,

Zhang³

et al. 2019

OCEANS 2019 - Marseille

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Flexible riser installations or replacements are operations which need to be accurately planned and trained for. Virtual prototyping (VP) allows engineers to interact with simulation tools in real time (RT) during the planning phase, thereby finding optimal solutions and enhancing operational procedures in terms of safety and speed. Literature research has found scarce publication of simulation of flexible riser installation operations. This study compares the outcomes of a RT VP with a benchmark based on the finite element method. The approach presented throughout this paper can provide some suggestions with respect to the installation of a flexible pipe in practical engineering.

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“…The focus of the present paper is the rapid prototyping of ship models to be used in real-time time-domain simulations with hardware in the loop (HIL) and humans in the loop (HITL) for the VP of offshore operations. In recent years, an increasing number of virtual prototyping in full mission simulators have been performed to create training scenarios (Zhang et al 2017;Zhen et al 2020) or to verify proof of concept of innovative offshore operations with engineering teams and operational crews (Geselschap et al 2019;Tannuri et al 2021).…”

Section: Introductionmentioning

confidence: 99%

A framework for rapid virtual prototyping: a case study with the Gunnerus research vessel

Major

Zghyer

Zhang

et al. 2021

Ship Technology Research

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Virtual prototypes (VPs) are digital models that mock-up existing or conceptual systems' behaviour. In offshore operations, VPs find usages in design, proof of concept for new equipment or method, control system testing, procedure planning, and expert crew training. Moreover, VP can be used in full mission simulators with crews of maritime and offshore engineers, in which case they integrate with control systems such as handles and dynamic positioning systems. Putting the human in the loop sets high requirements for the fidelity of the visual 3D-models and the mathematical models' validity. VPs are thus time-consuming to create and difficult to validate, even based on an existing offshore system. This paper presents an innovative framework for rapid virtual prototyping of ships for hardware and human in the loop simulations and validates the results with data gathered in a sea trial performed on a research vessel, with satisfying results for position keeping.

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A mathematical model of virtual simulation for deepwater installation of subsea production facilities

Cited by 19 publications

References 18 publications

Selection of the optimal subsea production system using original software

Selection of the optimal subsea production system using original software

Flexible Riser Installation Optimisation Based on Virtual Prototyping

A framework for rapid virtual prototyping: a case study with the Gunnerus research vessel

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