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Rahul K Srivastava Process Engineering
Приєднався 30 сер 2020
This Channel is about process engineering fundamentals and describes the key features which a process engineer shall be familiar with. Please subscribe this channel which will convert you to a skilled process engineer and will pave the path for growth in your career.
Aspen Hysys Dynamics- Water Hammer/ pressure surge in pipeline
This video shows the surge in pressure in pipeline during closing of the downstream valve.# water hammer, # pressure surge in pipeline
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Відео
Event Scheduler Setup using Aspen Hysys
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Event Scheduler Setup using Aspen Hysys
control valve sizing using Hysys Steady State
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This video highlights the sizing feature of control valve using the steady state Aspen Hysys @rahulsrivastava7621
9 ELG 25 IModeling a Black Box Process with Transfer Functions
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9 ELG 25 IModeling a Black Box Process with Transfer Functions
8 ELG 25 IModeling Disturbances with Transfer Functions
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8 ELG 25 IModeling Disturbances with Transfer Functions
4 ELG 25 IMathematical Background - Control
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4 ELG 25 IMathematical Background - Control
3 ELG 25 IPreparing your File for Dynamics
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3 ELG 25 IPreparing your File for Dynamics
Hysys dynamics for vessel temperature and pressure losses
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Hysys Dynamics for pressure and temperature losses in closed vessel. This video is for process engineering wanting to understand the know-how of vessel heat losses (mostly). Loss pressure will be seen after pretty long time, as it stabilizes as the temperature is close to ambient. Please don't forget to like and subscribe my channel
Thank you for your sharing
Rahul Ji how to do gas pipeline surge analysis in hysys software
Von Loaf
Thanks for your content sir could u please make a detailed video on it
You're explanation are far better fhan anyone on UA-cam 😊
Please continue this series sir
Nice Explanation.
HYSYS family is a thermodynamic based simulator where it uses Bernoulli's Equation to solve the hydraulic calculation. However, please note that the momentum factor is not account in both steady-state and dynamic solvers which is important in the hydraulic transient study. The results shown may not reflect the actual pressure surge phenomenon and ultimately, not able to capture the max.pressure/ highest peak during the surge event. That's part of the reason why surge study is preferably carried out on other simulators like PIPENET, AFT, etc instead. Just my honest opinion.
I kept this calculation on hold as I had no idea how to show water hammer in pipeline.. thanks a tons
Hi Rahul, thanks for great video. This enlight me on dynamics of pressure rising. However in my case pressure is not rising when I keep VLV-100 full open and VLV-101 full close. what is the boundary PF-specification? whats the stream<1> has Pressure or flow specification and stream <4> (<4> understood to be Pressure spec of 49.3 bar). Moreover, could you please advise where may go wrong with my sim. Best Regards.
Sir is it Conval.software??
U explained this concept in a very comprehensive way. Thanks a lot for clarifying my doubt.
Glad to hear that