STACI
STACI is developed by the colleagues of the department and it is capable of calculating the steady state hydrulcs of networks.
Hydraulic pipeline systems are in the research area of the Department of Hydrodynamic Systems for decades. The main focus is concentrated around steady-state or transient issues, optimization and sensor placement solutions.
Keywords: Pipe flow, hydraulic systems, water distribution system, sensor placement, optimization.
STACI is developed by the colleagues of the department and it is capable of calculating the steady state hydrulcs of networks.
Our calibration method is capable of adjusting every pipe roughness coefficient individually basod on pressure measurement data.
Placing the pressure transducers at the proper positions can be critical in the aspect of accuracy of the calibration procedure.
Our theory is capable of determining the positions of a newly installed pipe to increase the firewater capacity in an optimal way.
The most important articles and conference papers from the recent years.
Wéber, Richárd ; Hős, Csaba Efficient Technique for Pipe Roughness Calibration and Sensor Placement for Water Distribution Systems Journal of Water Resources Planning and Management 146 : 1 pp. (2019)
Huzsvár, Tamás ; Wéber, Richárd ; Hős, Csaba Analysis of the Segment Graph of Water Distribution Networks PERIODICA POLYTECHNICA-MECHANICAL ENGINEERING 64 : 4 pp. 295-300. , 6 p. (2019)
Wéber, Richárd ; Hős, Csaba Experimental and Numerical Analysis of Hydraulic Transients in the Presence of Air Valve PERIODICA POLYTECHNICA-MECHANICAL ENGINEERING 62 : 1 pp. 1-9. , 9 p. (2018)
Kálmán, Klapcsik ; Roxána, Varga ; Csaba, Hős Optimal Pressure Measurement Layout Design in Water Distribution Network Systems PERIODICA POLYTECHNICA-MECHANICAL ENGINEERING 62 : 1 pp. 51-64. , 14 p. (2018)
Wéber, Richárd ; Hős, Csaba Optimal Measurement Layout on Water Distribution Systems In: Maryna, Feierabend; Olha, Novytska; Dražen, Vouk; Monika, Šabić (szerk.) 10th Eastern European IWA Young Water Professionals Conference Zágráb, Horvátország : International Water Association (IWA), (2018) pp. 183-184. , 2 p.
Varga, R ; Hős, Cs Using Community Structure Concept for Partitioning Hydraulic Systems In: Maryna, Feierabend; Jakub, Drewnowski; Patryk, Wójtowicz (szerk.) Leaving the Ivory Tower : Bridging the Gap between Academia, Industry, Services and Public Sector Wrocław, Lengyelország : Oficyna Wydawnicza Politechniki Wroclawskiej, (2016) pp. 127-128. , 2 p.
You can contact our research group using the following ways.