Hey Sir thank you for the explanation. but I might be still confused about ur explanation on a failure condition that might happen during the operation where the vacuum state takes place because of some malfunction. my question is how we define external pressure/temperature? are they the parameters for the surrounding/environment? if yes so, why should we set the external pressure at the atm pressure and the temperature is at the same as the internal temp? when vacuum takes place inside the vessel means the external pressure will be greater than internal pressure because the pressure drops inside the vessel (and the internal temperature will drop as well). Why does this scenario end up affecting us to decide the external temp the same as the internal temp?. thank u in advanced.
Pressure drops immediately while temperature will not drop immediately, so you still have the operating temp of offset condition. Design temp for external pressure will be different in case of steam out condition. Think Why?
You can download it for free and use it for free just download it from youtube link provided in the installation video discription just follow the step and you will use it for free
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Very nice!!! Helped me a lot
Sir this video is covers all basic details & informative. sir please keep it up
Thanks Bagal..
You can like and share with your group
Very informative. Thank You Sir.
Glad it was helpful!
Thank you. Where can I find other videos in this series please provide link
Thanks sir very nice learning method
Most welcome
👍
Nice video sir , it's helo alot
Thank you
Hey Sir thank you for the explanation. but I might be still confused about ur explanation on a failure condition that might happen during the operation where the vacuum state takes place because of some malfunction. my question is how we define external pressure/temperature? are they the parameters for the surrounding/environment? if yes so, why should we set the external pressure at the atm pressure and the temperature is at the same as the internal temp? when vacuum takes place inside the vessel means the external pressure will be greater than internal pressure because the pressure drops inside the vessel (and the internal temperature will drop as well). Why does this scenario end up affecting us to decide the external temp the same as the internal temp?. thank u in advanced.
Pressure drops immediately while temperature will not drop immediately, so you still have the operating temp of offset condition. Design temp for external pressure will be different in case of steam out condition. Think Why?
I want to learn the complete pv elite. Please confirm fees also
Sir in saddle dialog is to wide and cover all screen and i cant prees ok, how i can solve that problem sir
keep doing sir it will be so helpful
Thanks Sunny, Hope it was useful
You can like and share with your group
Hi Bagal, full course is available only @ Rs 7,500 currently @ 50% discount
Great sir .... Will you please share us a hand calculation of design
Sure I will
Sir i am beginner for pv elite but i learned more in 58 min video. So where can i learn more. Cos i am not finding another videos.please help.
You can fill this form forms.gle/8mVVZraVHPcnFft49
Sir is it posible to insert nozzle with srn and r.pad
Yes
Please explain how. Because I tried but when SRN is selected the RF pad input is removed.
How to install pv lite for education perpose
PV-Elite is not available as free software even for education
You can download it for free and use it for free just download it from youtube link provided in the installation video discription just follow the step and you will use it for free
How to join you course
scootoid.thinkific.com/courses/master-static-equipment-design-and-PVelite
Where is another 4 videos
In paid subscription, Please connect @ whatsapp for detail 9920849030
Sir i called you but you didn't pic .
Share your contact detail, I will call you
9920849030