Best practices for model-based and simulation-aided engineering of power transmission and motion control systems

Maré, Jean-Charles

doi:10.1016/j.cja.2018.07.015

Cited by 10 publications

(9 citation statements)

References 8 publications

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“…To reach this goal, the model must allow easy understanding, reuse (even partial) and evolution. This can be achieved through the definition of proper model architectures [11], which is considered a major step in the model-based approach of Figure 2. A methodology is proposed in the present paper (Section 2), to meet this target with resort to a proper model architectural view.…”

Section: Measure Of System Key Physical Quantitiesmentioning

confidence: 99%

Methodology for Model Architecting and Failure Simulation Supported by Bond-Graphs—Application to Helicopter Axial Piston Pump

2021

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This paper reports work performed to support the development of condition monitoring strategies through extensive use of simulation. The aim is to define and implement a methodology that makes the development of lumped-parameter models more efficient and straightforward. This is achieved by considering the model architecting and the approach adopted for fault injection early in the process. Various options are proposed and compared for both these activities. The Bond-Graph formalism is extensively used for its ability to focus on the model structure and interfaces, the nature of the phenomena considered, and potential causality issues. The interest of the proposed methodology is illustrated with the example of a pressure-compensated axial piston pump that supplies the flight control actuators in helicopters. The pump model architecting and the fault injection are presented, with special attention to jamming and erosion of the pump compensator valve. From these examples, it is shown that the proposed methodologies provide an efficient model-based means of identifying fault signatures and implementing low-cost condition monitoring features in an industrial context.

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Section: Measure Of System Key Physical Quantitiesmentioning

confidence: 99%

Methodology for Model Architecting and Failure Simulation Supported by Bond-Graphs—Application to Helicopter Axial Piston Pump

2021

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“…Each virtual human can be organized as a whole, and the movement of each virtual human can be controlled in real time by using multiple control parameters. The ultimate goal of this process is to enable users to drive the entire simulation process by controlling a few advanced event parameters (rather than hundreds of individual parameters) [18].…”

Section: Motion Simulation and Controlmentioning

confidence: 99%

Influence of Virtual Reality Technology on Audience's Performance Behavior of Stage Music Performance Art

2020

IJMC

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Stage performance art has a long calendar, its cultural heritage is deep, and its strong infection form is loved by the audience. Under the new stage of micro media, however, the impact of the new stage is increasing. With the gradual loss of customer groups, the emergence of virtual reality technology has brought new life to this field. At the same time, the traditional relationship between watching and performing is also changing. However, the research on virtual reality technology and audience behavior of stage performance is almost blank. In view of this situation, this paper puts forward the research on the impact of virtual reality technology on audience performance behavior of stage music performance art. This paper is divided into three parts; the first part is theoretical research. Through the research, this paper believes that the traditional stage performance art has great market potential, but its development needs to combine with the latest science and technology, and the emergence of virtual reality technology makes the audience have a new experience. The second part is the model design of stage performance based on virtual reality technology, which optimizes the shortcomings of existing 3D display performance. In this paper, through the optimization of stage model making, motion simulation and control design, the comprehensive performance of the model is improved, and the display effect is greatly improved. The third part is the comparative test, which further verifies the actual effect of the model in this paper through the way of comparative experiment. The experimental analysis mainly focuses on the following, fluidity, diversity, collectivity and independence in the performance observation. Through the analysis of experimental data, we can see that the stage performance using virtual reality technology can bring a new immersive experience to the audience, which is more popular than the traditional performance form.

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“…Simulation-based education creates a situation resembling real-world circumstances where learners must use their knowledge and skills to solve problems. Several industries, such as aviation (Bernard et al, 2022;Filazoğlu, Ateş & Kafali, 2021), engineering (Mare, 2019;Solmaz et al, 2021), and healthcare (Mahdy et al, 2020), have used simulation to train, evaluate, and support decision-making. Simulation improves patient safety by enhancing healthcare education, evaluation, research, and inter-professional collaboration.…”

Section: Introductionmentioning

confidence: 99%

Virtual patient simulation in pharmacy education: A systematic review

et al. 2022

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Background: This review summarises the impact of virtual patient simulation (VPS) on pharmacy students’ knowledge, skills, and perceptions. Methods: The PubMed, Cochrane Library, and Web of Science databases were searched using relevant keywords. Full-text articles in English, published between 2010 and August 2021, were retrieved if they evaluate the impact of web-based interactive VPS in pharmacy education. Results: This review included 19 studies, 9 of which were comparative. VPS was used to develop or assess different pharmacy-related skills. In general, post-VPS exposure test scores were better than the pre-VPS test scores in 12 studies. VPS significantly improved higher-level learning, counselling, and decision-making skills more than paper-based cases. The favourable impact of VPS on learners’ confidence, student engagement, and satisfaction was noted. Conclusion: VPS enhances knowledge and clinical decision-making skills. It can also address the needs of pharmacy students with active learning preferences.

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Best practices for model-based and simulation-aided engineering of power transmission and motion control systems

Cited by 10 publications

References 8 publications

Methodology for Model Architecting and Failure Simulation Supported by Bond-Graphs—Application to Helicopter Axial Piston Pump

Methodology for Model Architecting and Failure Simulation Supported by Bond-Graphs—Application to Helicopter Axial Piston Pump

Influence of Virtual Reality Technology on Audience's Performance Behavior of Stage Music Performance Art

Virtual patient simulation in pharmacy education: A systematic review

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