⭕ Training course
.
🔺3rd Gas turbine simulation course starts on 10 Dec 2020
.
🔻 Contents:
🔸Introduction to gas turbines
🔸Creating computational domain
🔸Structural grid
🔸CFD analysis rotor-stator of jet engine
🔸FSI & stress analysis on turbine blades
.
🗓️ 10 Dec to 24 Dec
.
🌐 Course Languages: En 🇬🇧 فا 🇮🇷
.
📥more info and REGISTRATION 👇
@simpal_course
🔶 telegram
🔷 instagram
______________________
#simpal #gasturbine #course #mechanic #jetengine #simulation #ansysworkbench #ansys #turogrid #Designmodeler #cfdpost #heattransfer
.
🔺3rd Gas turbine simulation course starts on 10 Dec 2020
.
🔻 Contents:
🔸Introduction to gas turbines
🔸Creating computational domain
🔸Structural grid
🔸CFD analysis rotor-stator of jet engine
🔸FSI & stress analysis on turbine blades
.
🗓️ 10 Dec to 24 Dec
.
🌐 Course Languages: En 🇬🇧 فا 🇮🇷
.
📥more info and REGISTRATION 👇
@simpal_course
🔶 telegram
______________________
#simpal #gasturbine #course #mechanic #jetengine #simulation #ansysworkbench #ansys #turogrid #Designmodeler #cfdpost #heattransfer
⭕ Cooling Tower
👨🏻💻 By: @CFD_Moghimi
📌In this project, we studied the effect of the windshield on increasing mass flow outlet from cooling tower.
📌 In high velocity of wind, out air prevents the exit of inside air and so decrease the performance of the cooling tower.
📌Using a windshield at the top of the tower and use of separation concept helps to prevent outlet air blocking
🔎 Follow us:
🔶 telegram
🔷 instagram
#coolingtower #power #ansys #powerplant #shield #cooling #energy #heattransfer #mapna
👨🏻💻 By: @CFD_Moghimi
📌In this project, we studied the effect of the windshield on increasing mass flow outlet from cooling tower.
📌 In high velocity of wind, out air prevents the exit of inside air and so decrease the performance of the cooling tower.
📌Using a windshield at the top of the tower and use of separation concept helps to prevent outlet air blocking
🔎 Follow us:
🔶 telegram
#coolingtower #power #ansys #powerplant #shield #cooling #energy #heattransfer #mapna
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Horizontal tube falling film evaporators are widely used in the refrigeration and chemical industry. Three-dimensional numerical model with different tube shapes is established in this project to simulate heat and mass transfer process with CFD method, and the heat transfer coefficient of simulation is also validated by experimental data
CFD modeling by Tohid Moghimi
SIMPAL GROUP
Feel free to contact:
wa.me/989354699585
#CFD #Ansys #heattransfer
CFD modeling by Tohid Moghimi
SIMPAL GROUP
Feel free to contact:
wa.me/989354699585
#CFD #Ansys #heattransfer