This letter presents a novel optimization framework of formulating the three-phase optimal power flow that involves uncertainty. The proposed uncertainty-aware (UaO) is: 1) deterministic is less complex than existing frameworks involving uncertainty, and 2) convex such it admits polynomial-time algorithms mature distributed methods. To construct this UaO framework, methodology learning-aided mo...

Flow in fractured porous media occurs the earth’s subsurface, biological tissues, and man-made materials. Fractures have a dominating influence on flow processes, last decade has seen an extensive development of models numerical methods that explicitly account for their presence. To support these developments, four benchmark cases single-phase three-dimensional are presented. The specifically d...

The non-powered separator is one of the key equipment in dry sand production line, which responsible for separation coarse and fine materials. In this paper, based on turbulence Standard Model, air powder three-phase fluid model simplified to gas-solid-solid flow, 3D was built. process simulated by using Fluent software. It found that larger volume control valve blade angle is, more removed, ca...

This paper is devoted to the simulation of three-phase flow model [20], in order account for immiscible components. The whole first recalled, and main properties closed set are given, with particular focus on Riemann problem associated convective subset that contains non-conservative terms, also relaxation process. hyperbolic, far from resonance occurrence, a physically relevant entropy inequal...

Single-phase power flow analysis is used to study most distribution networks in Nigeria. The use of single-phase-power assumes that the network balanced and conductor phases act identically. However, Nigerian are highly imbalanced because untransposed lines, irregularly distributed loads phases, mismatched sizes, spacing. Consequently, single-phase modeling fails reflect actual behavior, result...