Simulation of Electrical System using Bond Graphs and MATLAB/Simulink

Šarga, Patrik; Hroncová, Darina; Čurilla, Miloslav; Gmiterko, Alexander

doi:10.1016/j.proeng.2012.09.567

Cited by 16 publications

(7 citation statements)

References 3 publications

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“…In this sense; graph theory applications in mathematics, science and other fields of technology are becoming increasingly important. It is used to solve many complex problems in biochemistry (Butenko & Wilhelm, 2006;Bonnici et al, 2013;Lancia et al, 2001), computer science (Shirinivas, Vetrivel, & Elango, 2010), GSM technology (Pirzada & Dharwadker, 2007), medical education (Giani et al, 2007), mining (Ye et al, 2012), architectural design (Poyias & Tuosto, 2015;Roth & Hashimshony, 1988;Zboinska, 2015), geologic models (Hirsch & Schuette, 1999;Phillips, Schwanghart, & Heckmann, 2015), urban planning (Almeida, Morley, & Dowman, 2007;Foltête, Girardet, & Clauzel, 2014), banking (Lin, Tzeng, & Chin, 2011) and simulation of electrical systems (Šarga et al, 2012;Benchouia et al, 2014). In sum, it is seen that graph theory is being used for the solution of many complex and extensive problems in daily life.…”

Section: Discussionmentioning

confidence: 99%

Application of Graph Theory in an Intelligent Tutoring System for Solving Mathematical Word Problems

Nabiyev

Çakıroğlu

Karal

et al. 2016

EURASIA J MATH SCI T

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This study is aimed to construct a model to transform word "motion problems" in to an algorithmic form in order to be processed by an intelligent tutoring system (ITS). First; categorizing the characteristics of motion problems, second; suggesting a model for the categories were carried out. In order to solve all categories of the problems, graph theory including backward and forward chaining techniques of artificial intelligence were utilized. The study outlines the adoption of graph theory in to the motion problems and put forth some evidence that the model solves almost all of the motion problems. In conclusion, the recommended model can be suggested to be used in educational software in the problem solving context.

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Section: Discussionmentioning

confidence: 99%

Application of Graph Theory in an Intelligent Tutoring System for Solving Mathematical Word Problems

Nabiyev

Çakıroğlu

Karal

et al. 2016

EURASIA J MATH SCI T

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“…Besides that, we can monitor a few additional selected characteristics. We should also note that the lifecycle of the machine should be divided into stages like development, and mounting commissioning up to the normal operation [Sarga 2012, Kelemenova 2020, Virgala 2021. Proper maintenance during the operation of the mechanical device for its reliable operation is equally important as the design and building of the machinery.…”

Section: Figure 1 Condition Monitoring Principlementioning

confidence: 99%

Condition Monitoring of Pneumatic Machinery Without Operation Interruption

RAKAY¹,

GALAJDOVA²,

VAGAS³

2022

MM SJ

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The article deals with an example of a non-invasive measurement of the system. The proposed system is suitable in cases where the equipment analysed must be monitored without interrupting its function. The measurement demonstration can serve as proof of the concept of monitoring the state of moving parts of technical systems, such as hydraulic pumps, pressure pumping stations, and large ventilation systems, where mechanical damage prediction is very important because repair is very costly.

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“…A procedure to export block diagrams is then easy to implement for a continuous system. It follows these two main steps 28 : export the bond graph node elements to their equivalent BDs, and then expand the bonds to their bilateral flow signals. For HBG, this paper proposes algorithm 4 to manage the causality changes that occur on switching modes.…”

Section: Automated Model Builder Based On Hbg Theorymentioning

confidence: 99%

Model builder for diagnosis and simulation of hybrid dynamic systems: Application to railway rolling stock

Six¹,

Ould-Bouamama

Gehin

2020

SIMULATION

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This paper deals with a model builder for Hybrid Dynamic Systems (HDS), where technological components including sensors in an iconic format can be automatically dragged from a database and interconnected to produce the overall HDS, following industrial technological schemes. Once the model has been created, its consistency can be checked, and a block diagram simulation can be performed. The theory behind the software is based on Hybrid Bond Graphs (HBG), whose structural and causal properties will be exploited for the automatic generation of the diagnosis algorithms, which will be implemented online. Compared with developed programs for automated modeling of HDS, the presented methodology is valid for continuous and hybrid systems, and the HBG is used not only for block diagram simulation builders but also for the generation of Fault Detection and Isolation algorithms. The theory is illustrated by an industrial application that consists of the pneumo-electrical control of metro rolling stock.

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Simulation of Electrical System using Bond Graphs and MATLAB/Simulink

Cited by 16 publications

References 3 publications

Application of Graph Theory in an Intelligent Tutoring System for Solving Mathematical Word Problems

Application of Graph Theory in an Intelligent Tutoring System for Solving Mathematical Word Problems

Condition Monitoring of Pneumatic Machinery Without Operation Interruption

Model builder for diagnosis and simulation of hybrid dynamic systems: Application to railway rolling stock

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