Modelación de red de agua potable con enfoques determinísticos y estocásticos del subsector Zamora Huayco de Loja

Abstract

Abstract:Mathematical modeling describes by means of formulas the variables, parameters and operations that intervene in a given system. For this reason, the potable water network of the Zamora Huayco sub-sector was modeled hydraulically and mathematically in the present investigation. In it two different mathematical models were applied: Deterministic and Stochastic. The Deterministic Model consisted in obtaining the Demand Time Variation Curve (DTVC). The DTVC was obtained from the consumption and pressures of the main network, and from strategically selected houses. Regarding the data processing of the CVHD, the EPANET and MatLab softwares were used. On the other hand, Rectangular Poisson Pulses (RPP) were applied in the Stochastic Model. In the PRP model, the instantaneous variation of domestic consumption and pressures was considered as a uniform random distribution. The RPP model was developed with MatLab software. Finally, the results obtained in this research were evaluated and correlated. And it was determined which of the two mathematical models is the most efficient in solving the high consumption and pressures in the study area.