An automated algorithm based on the dynamic hydrological and hydraulic simulation modules in Storm Water Management Model (SWMM) was developed to aid the design of storm sewer networks, provided that a layout is given. Numerical performance of the proposed algorithm was compared with the existing design methods with two application cases. The automated computation process of the sewer network d...

Contemporary electronic cooling applications can feature complex heat pipe configurations with multiple sources (MHSs) and one or more bends in various locations to meet physical constraints. It is typically understood that implementing a bend adding MHS was tested for straight single source (SHS) degrade thermal performance. However, the severity of combining two phenomena effects changing loc...

With the development of coal mining, use elbows has diversified forms underground backfill pipelines, which inevitably complicated transportation characteristics filling slurry in pipeline, thus affecting entire backfilling system. The objective this study is to numerically investigate running state cemented paste (CPB) and coarse particles at different velocities by transporting bend pipes. To...

The flow through pipe bends and elbows occurs in a wide range of applications. While many experimental data are available for such flows the literature, their numerical simulation is less abundant. Here, we present highly-resolved simulations laminar turbulent water 90° bend using Smoothed Particle Hydrodynamics (SPH) methods coupled to Large-Eddy Simulation (LES) model turbulence. Direct compa...