CFD simulation of a cooling tower using wind-breaker
by Tohid Moghimi
SIMPAL GROUP
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🔻One of the most important issues of #cooling towers is the #blocking of outlet air at the top of the tower and decreasing the performance in high-speed upstream wind flows.
🔻In this project, I used an aerodynamic concept that shows the #separation of flow around the cylinder starts between 120 to 130 degrees.
🔻Based on this idea and using #CFD simulation, I designed a wind_breaker wall with some intake for this cooling tower which assumed the intakes are open after 120 degree. This helps the inside air to escape from the back side and the performance of the cooling tower increases!
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Feel free to contact me :
📩 wa.me/989354699585
by Tohid Moghimi
SIMPAL GROUP
---------------------------
🔻One of the most important issues of #cooling towers is the #blocking of outlet air at the top of the tower and decreasing the performance in high-speed upstream wind flows.
🔻In this project, I used an aerodynamic concept that shows the #separation of flow around the cylinder starts between 120 to 130 degrees.
🔻Based on this idea and using #CFD simulation, I designed a wind_breaker wall with some intake for this cooling tower which assumed the intakes are open after 120 degree. This helps the inside air to escape from the back side and the performance of the cooling tower increases!
-------------------------------------
Feel free to contact me :
📩 wa.me/989354699585
👍1🔥1
CFD simulation of a cooling tower using wind-breaker
by Tohid Moghimi
SIMPAL GROUP
---------------------------
🔻One of the most important issues of #cooling towers is the #blocking of outlet air at the top of the tower and decreasing the performance in high-speed upstream wind flows.
🔻In this project, I used an aerodynamic concept that shows the #separation of flow around the cylinder starts between 120 to 130 degrees.
🔻Based on this idea and using #CFD simulation, I designed a wind_breaker wall with some intake for this cooling tower which assumed the intakes are open after 120 degree. This helps the inside air to escape from the back side and the performance of the cooling tower increases!
-------------------------------------
Feel free to contact me :
📩 wa.me/989354699585
by Tohid Moghimi
SIMPAL GROUP
---------------------------
🔻One of the most important issues of #cooling towers is the #blocking of outlet air at the top of the tower and decreasing the performance in high-speed upstream wind flows.
🔻In this project, I used an aerodynamic concept that shows the #separation of flow around the cylinder starts between 120 to 130 degrees.
🔻Based on this idea and using #CFD simulation, I designed a wind_breaker wall with some intake for this cooling tower which assumed the intakes are open after 120 degree. This helps the inside air to escape from the back side and the performance of the cooling tower increases!
-------------------------------------
Feel free to contact me :
📩 wa.me/989354699585