فرزاد پرواز
مربی/دانشگاه آزاد
[ 1 ] - بررسی عددی اثر تغییر هندسه بر روی الگوی جریان و عملکرد سیکلون گاز-ذره
درون سیکلونهای گازی جریان پیچیدهای با شدت چرخش بسیار بالا حکمفرما میباشد که متحمل نرخ تنش-کرنش زیادی است. برای شبیهسازی فاز گاز از مدل آشفته RSM و برای ارزیابی عملکرد ذرات کربنات کلسیم از روش آماری اویلری-لاگرانژی استفاده شده است. در این مطالعه با تغییر ارتفاع بخش جداسازی در سیکلون تغییر در الگوی جریان و عملکرد آن بررسی میشود. با افزایش ارتفاع استوانه سیکلون سرعت مماسی و ناحیه ورتکس کاهش م...
[ 2 ] - Numerical Investigation of the Impact of Inlet Channel Numbers on the Flow Pattern, Performance, and Erosion of Gas-particle Cyclone
The effect of adding extra inlet channels on the operation of the Stairmand Cyclone has been investigated numerically. The Reynolds stress model (RSM) and Eulerian-Lagrangian method were used to investigate the complex turbulent flow and cyclone performance. The impacts of one-way coupling and two-way coupling models on the cyclone efficiency and the calculation of cut-off size diameter were ex...
[ 3 ] - Computational fluid dynamics simulation of the flow patterns and performance of conventional and dual-cone gas-particle cyclones
One of the main concerns of researchers is the separation of suspended particles in a fluid. Accordingly, the current study numerically investigated the effects of a conical section on the flow pattern of a Stairmand cyclone by simulating single-cone and dual-cone cyclones. A turbulence model was used to analyze incompressible gas-particle flow in the cyclone models, and the Eulerian–Lagrangian...
[ 4 ] - Effect of Surface Roughness on Vortex Length and Efficiency of Gas-oil Cyclones through CFD Modelling
Separation of suspended droplets in a fluid flow has been a great concern for scientists and technologists. In the current study, the effect of the surface roughness on flow field and the performance of a gas-oil cyclone is studied numerically. The droplets and the turbulent airflow inside the cyclone are considered to be the discrete and continuous phases respectively. The Reynolds stress mode...
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