|
Vol.22, No.3, 2022, pp. 271–274 |
|
COMPUTER PROGRAMME FOR MATHEMATICAL MODELLING AND OPTIMISATION OF HYDRODYNAMIC PROCESSES OF A RADIAL PISTON PUMP Maja Anđelković1*, Milan Radosavljević2, Radovan Petrović1, Petar Kočović1, Stefan Cvejić1 1) University ‘Union-Nikola Tesla’, Faculty of Information Technology and Engineering, Belgrade, SERBIA +email: maja.andjelkovic@fpsp.edu.rs 2) University ‘Union-Nikola Tesla’, Faculty of Business Studies and Law, Belgrade, SERBIA |
|
Abstract Fundamental basis in developing the radial piston pump is presented with experimental research and mathematical modelling of non-stationary high-dynamic hydraulic processes in the pump cylinder, discharge space, and the intake and discharge pipeline as a function of the shaft angle of action. Based on experimental research results and the results of mathematical modelling, the development and application of the method for identifying unknown parameters in the mathematical model, a computer programme is developed that enables sufficiently accurate determination of some process parameters of radial piston pumps. Keywords: radial piston pump, mathematical modelling, experimental research |
|
full article (442 kB)
|
