Thank you very much professor, really good course. I'm using it to learn about multiphase flows for my master project, here in Brazil (Universidade Federal de Uberândia). Once all the classes are stopped for now (because of coronavirus) your course is helping me a lot to advance with my project.
Thank you very much for creating this video and the explanation! I now have a greater grasp on how to apply the Lockhart Martinelli Correlation. Great Video!
Thank you Dr. Rajesh for this video explanation. When you were calculating the volumetric flow rate of water you got 0.0099 but I got 0.01001. Though the fraction difference is small but I got the overall steps for the calculation. Also, to simplify further can write down the steps to get the answer before starting the calculation?
Thank you very much professor, really good course. I'm using it to learn about multiphase flows for my master project, here in Brazil (Universidade Federal de Uberândia). Once all the classes are stopped for now (because of coronavirus) your course is helping me a lot to advance with my project.
Thank you very much for creating this video and the explanation! I now have a greater grasp on how to apply the Lockhart Martinelli Correlation. Great Video!
Thank you Dr. Rajesh for this video explanation.
When you were calculating the volumetric flow rate of water you got 0.0099 but I got 0.01001. Though the fraction difference is small but I got the overall steps for the calculation.
Also, to simplify further can write down the steps to get the answer before starting the calculation?
very good lecture .i advise student to please watch if you are confused in lockchart Martinelli equation
how amazing you are ? thank you for your explanation
Is it (LM) applicable for any flow regime in H pipe segment.
Very helpfull.
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