Search Results - "Bárkányi, Ágnes"

Model Predictive Control of CMSMPR Crystalliser by Laszlo Balogh, Attila Egedy, Agnes Barkanyi

“…One of the most critical components of the chemical industry in terms of crystallisation is the pharmaceutical sector. Most medicine components are expensive…”
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Modelling of Refuse-Derived Fuel Gasification Reactor by Márta Kákonyi, Ágnes Bárkányi, Tibor Chován, Sándor Németh

“…Landfilled municipal solid waste (MSW) emits significant quantities of greenhouse gases (GHG). The gasification process can reduce not only the amount of…”
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Hybrid Fault Detection Method for a Distillation Unit by Bálint Levente Tarcsay, Sándor Németh, Tibor Chován, Ágnes Bárkányi

“…Fault detection and isolation have become increasingly important problems over time, due to the more complex and larger scale industrial systems. The last few…”
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Kinetic Model Development of the Oligomerization of High Olefin Containing Hydrocarbon By-products to Clean Engine Fuels on Amberlyst Catalyst by Bárkányi, Ágnes, Varga, Tamás, Hancsók, Jenő

“…Nowadays, since the demand for engine fuels is continuously changing, in petroleum refineries, increasing the flexibility of gasoline/middle distillate is…”
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Risk-Based Fault Detection Using Bayesian Networks Based on Failure Mode and Effect Analysis by Tarcsay, Bálint Levente, Bárkányi, Ágnes, Németh, Sándor, Chován, Tibor, Lovas, László, Egedy, Attila

“…In this article, the authors focus on the introduction of a hybrid method for risk-based fault detection (FD) using dynamic principal component analysis (DPCA)…”
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Temperature Control of Batch Suspension Polyvinyl Chloride Reactors by A. Bárkányi, S. Németh, B.G. Lakatos

“…A simulation program was developed to analyze the influence of temperature profiles of the continuous phase on the polymer properties and monomer conversion in…”
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Test Plan for the Verification of the Robustness of Sensors and Automotive Electronic Products Using Scenario-Based Noise Deployment (SND) by Heinold, Laszlo, Barkanyi, Agnes, Abonyi, Janos

“…The targeted shortening of sensor development requires short and convincing verification tests. The goal of the development of novel verification methods is to…”
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Model-based determination of optimal operating parameters for different solid waste gasification by Tomasek, Szabina, Bárkányi, Ágnes, Egedy, Attila, Miskolczi, Norbert

“…•Aspen Plus model was developed to predict the gasification of different wastes.•2D visualization map was created for the major wastes.•The correlation between…”
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Comparison of the Dynamic and Thermal Behavior of Different Ideal Flow Crystallizers by Balogh, László, Egedy, Attila, Ulbert, Zsolt, Bárkányi, Ágnes

“…In this simulation study, we compare the dynamics and thermal behavior of different ideal flow crystallizers. The first step in creating mathematical models…”
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Future of hydrogen economy: simulation-based comparison of LOHC systems by Bárkányi, Ágnes, Tarcsay, Bálint Levente, Lovas, László, Mérő, Tamás, Chován, Tibor, Egedy, Attila

“…Hydrogen is one of the key components in renewable energy systems. Its storage and transport, however, are challenging. The Liquid Organic Hydrogen Carrier…”
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Modelling of the Pyrolysis Zone of a Downdraft Gasification Reactor by Kákonyi, Márta, Bárkányi, Ágnes, Chován, Tibor, Németh, Sándor

“…The increasing amount of municipal solid waste (MSW) is a growing challenge that current waste-treatment practices are having to face. Therefore, technologies…”
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Non-isothermal generalized coalescence/redispersion model for micromixing by Lakatos, Béla G., Bárkányi, Ágnes

“…•Nonisothermal generalized coalescence/redispersion model of micromixing is developed.•Adiabatic continuous stirred tank coalescence/redispersion reactor is…”
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Development of Compartment Models for Diagnostic Purposes by Tarcsay, Bálint Levente, Bárkányi, Ágnes, Chován, Tibor, Németh, Sándor

“…The importance of recognizing the presence of process faults and resolving these faults is continuously increasing parallel to the development of industrial…”
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Modelling and simulation of suspension polymerization of vinyl chloride via population balance model by Bárkányi, Ágnes, Németh, Sándor, Lakatos, Béla G.

“…A detailed population balance model is presented for suspension polymerization of vinyl chloride in an isothermal batch reactor perfectly mixed on macrolevel…”
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Modelling and Investigation of Continuous Ideal Flow Crystallizer with Multidimensional Population Balance Equations by Balogh, LaszlÓ, Egedy, Attila, Bárkányi, Ágnes

“…The importance of the continuous processes are increasing in the pharmaceutical sector, and the model based design and optimization is a powerful tool for the…”
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Stochastic Simulation of Droplet Interactions in Suspension Polymerization of Vinyl Chloride by Barkanyi, Agnes, Nemeth, Sandor

“…In this paper a population balance based mathematical model is presented for describing suspension polymerization of vinyl chloride. The properties of the…”
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Operationalization Management: Enhancing Life Cycle Management of Digital Twins by Palotai, Balázs, Bárkányi, Ágnes, Kis, Gábor, Abonyi, János

“…The recent progress in development of Information Technology (IT) gave rise to a new wave of industrial transformation marked by cloud computing, the…”
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Continuous stirred tank coalescence/redispersion reactor: A simulation study by Lakatos, Béla G., Bárkányi, Ágnes, Németh, Sándor

“…This paper presents an analysis and detailed numerical study of the continuous stirred tank coalescence/redispersion reactor (CSTCRR), developed as a…”
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Modelling and Simulation of a Batch Poly(Vinyl Chloride) Reactor by A. Barkanyi, S. Nemeth, B.G. Lakatos

“…A population balance model for batch suspension polymerization of vinyl chloride is presented. Break up into two equal volumes of droplets, binary aggregation…”
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Three-scale Modeling and Simulation of a Batch Suspension Polymerization Vinyl Chloride Reactor by Bárkányi, Ágnes, Németh, Sándor, Lakatos, Béla G.

“…A three-scale mathematical model of batch suspension polymerization reactors of vinyl chloride is presented and analyzed by simulation. The multidimensional…”
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