Hello! I wrote to you a couple years back and here I am again! @29:00 you mention vacuum system needs higher velocities than pressure system, but the way you wrote the equation it should be the opposite? In my experience you are write that negative systems require higher velocities so the equation should be Ve(-) = 1.8*Ve(+)
hi, it's good to hear again from you. yes it's the opposite; what you have written is correct Ve(-)=1.8*Ve(+). should you need my lecture handout on that topic, just let me know your email.
@@trivedi_11 Hello Sir, here's one reference that I have used which I think may help you in your calculation... www.criba.edu.ar/cinetica/solidos/TN%20Agarwal%202005.pdf. In my case, I resorted to look for some more references because i'm dealing with agricultural products. In the context of design, I always think of what we're calculating is just an estimate and therefore i always consider the values to be flexible without compromising the engineering principles.
Hello! I wrote to you a couple years back and here I am again! @29:00 you mention vacuum system needs higher velocities than pressure system, but the way you wrote the equation it should be the opposite? In my experience you are write that negative systems require higher velocities so the equation should be Ve(-) = 1.8*Ve(+)
hi, it's good to hear again from you. yes it's the opposite; what you have written is correct Ve(-)=1.8*Ve(+).
should you need my lecture handout on that topic, just let me know your email.
Sir, what is the reference for this book?
Hello sir/mam, i used various references... researches, reviews, other publications available.
@@sirby_lectures Sir, can you please share a reference book or any publications with us.
@@trivedi_11 Hello Sir, here's one reference that I have used which I think may help you in your calculation... www.criba.edu.ar/cinetica/solidos/TN%20Agarwal%202005.pdf. In my case, I resorted to look for some more references because i'm dealing with agricultural products.
In the context of design, I always think of what we're calculating is just an estimate and therefore i always consider the values to be flexible without compromising the engineering principles.