A virtual reality simulation for coordination and interaction based on dynamics calculation

Yu, Yang; Duan, Menglan; Sun, Chi‐Lu; Zhong, Zicheng; Liu, Houfa

doi:10.1080/17445302.2017.1293762

Cited by 14 publications

(6 citation statements)

References 21 publications

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“…The findings of Wang et al (2019), Wang et al (2010) show the relevance of Figure 2, in which feedback to procedures, simulation model, hardware layout, and procedure are identified. Zhang et al (2017) and Yu et al (2017) extensively cover the…”

Section: Resultsmentioning

confidence: 99%

Virtual prototyping of offshore operations: a review

Major

Zhang

Hildre

et al. 2020

Ship Technology Research

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Virtual prototyping of offshore operations (VPOO) is performed to plan and validate planning of infrequent or demanding operations characterized by high risk and low margins of error in hostile and remote environments distant from emergency response bases that require expensive equipment. Key elements of VPOO is the rapidity of virtual prototyping and the human-centric approach necessitating high quality visuals and real-time time-domain simulation. This survey reviews publications, commercial software and simulators, and regulations on offshore operations. Findings indicate that the VPOO is not common in the industry, offshore operation regulations lag behind the state of the art in industry in terms of mission planning, and this field has been subject to scarce commercial and scientific scrutiny so far. A discussion of future developments and trends concludes the paper.

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Section: Resultsmentioning

confidence: 99%

Virtual prototyping of offshore operations: a review

Major

Zhang

Hildre

et al. 2020

Ship Technology Research

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“…A system development procedure was promoted with user-specific components and dataflow. Another system architecture was detailed by Yu et al including dataflow and system requirements but thoroughly structured with dedicated system components too [19]. Software, hardware, and network options were defined as fundamental system elements to develop digital environments.…”

Section: System Development: Hardware and Computational Challengesmentioning

confidence: 99%

Automated integration of extract-based CFD results with AR/VR in engineering education for practitioners

Solmaz

Gerven

2021

Multimed Tools Appl

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Computational fluid dynamics (CFD) simulations can provide meaningful technical content in engineering education, broad engineering and business. However, computationally demanding data production and complex data processing environments of CFD simulations turn them into esoteric tools for potential nonexpert users. This consequently limits applications and communications of CFD simulations and results. Augmented and virtual reality (AR/VR) technologies are opening new gates for visualization and interaction techniques. Despite the many recent attempts, the literature lacks an inclusive system development procedure for CFD simulations with AR/VR. The present study proposes a componentoriented system architecture to generate dedicated workflows for any kind of AR/VR environment supported by CFD simulations. The study further explores the potential of data processing options throughout the preparation of the simulation dataset with AR/VR. An automated data coupling strategy is additionally introduced to ease multiplatform integration. We provide an integration strategy with simple, easy-to-implement, end-to-end, automated and free-to-use utilities that the practitioners can readily pursue.

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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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A virtual reality simulation for coordination and interaction based on dynamics calculation

Cited by 14 publications

References 21 publications

Virtual prototyping of offshore operations: a review

Virtual prototyping of offshore operations: a review

Automated integration of extract-based CFD results with AR/VR in engineering education for practitioners

Flexible Riser Installation Optimisation Based on Virtual Prototyping

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