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Fourth Video means? please clarify the title of the video and the equation you are asking.

Same. Kinda sent me down the rabbit hole of Submarine Hulls

It is exactly, where you should be. It seems that Titan was not designed to withstand such tremendous external pressure, approximately 406 bar at a depth of 13,000 ft.

@chemeng-industrialacademy 1 second ago It is exactly, where you should be. It seems that Titan was not designed to withstand such tremendous external pressure, approximately 406 bar at a depth of 13,000 ft.

Please Can you tell me the type or no. of SS you are using?

yes, you can design with above stated ASME Standards. Suppose your maximum jacket pressure is 3 bar and inside shell is with prefect vacuum that is equal to -1 bar the total external pressure would be 4 bar as there is inside pressure and all the pressure is external one, and you have to design an external pressure vessel with 4 bar external design pressure or even slightly increased to consider other safety factors and margins.

I think, it would be 15 psi, not 15 bar, that's very high external pressure, and as concern to you vessel's vacuum pressure, if vessel is exposed to atmospheric pressure that's almost 15psi then your external pressure of vessel would be 15psi minus your internal pressure of vessel that's 2mbar =0.03psi that would be 14.97 psi external pressure, or in brief you can choose your external pressure 15 psi for this vessel and perform calculation using your shell thickness, for allowable pressure, and then compare with design external pressure .

You are most welcome

Browse these 1-Handbook of industrial mixing , science and practice 2-Ludwig' s applied process design for chemical and petrochemical plants( 4th edition volume 3) 3-Advances in industrial mixing

see the part 2 of video

Impeller and turbine work opposite to each other, impeller transfer its energy to the fluid and tubine take energy from the fluid.

@@chemeng-industrialacademy perfect explanation.

Heat transfer in helical coil has been discussed in detail. You can go to the school of heat transfer in channel playlist and almost each and every detail has been given regarding to inside, outside heat transfer and overall heat transfer coefficient for helical coil, from overall heat transfer coefficient you can calculate net heat transfer to or from the coil, However as concern to mass transfer, mass is not transported through helical coil

The most prominent force exerted by the fluid on wall of pipes are pressure force act normaly to the wall of pipes. forces exerted by the fluid on the wall of a pipe generaly are considered in term of stress not force in pipes whether it is straight, bended or something else.These all stresses are calculated and considered . For example we have to calculate the stress by fluid on pipe to find out the thickness of pipe wall and also for pipe supports. So we consider stress (force per unit aera) which is more useful than alone force.other forces are frictional forces between fluid and wall of pipe between fluid layers itself, these are considered in pressure drop calculation in pipes, and more we will explain all this in a video soon.

As cocern to your second question gravity effect is understood and has a effect on fluid in pipes ,coils and are considred in pressure drop equation and berrnoull equation

Always welcome to chemical engineering industrial academy

Excel spread sheet will be available in 1 -2 days.

I will provide link in 1 to 2 days.

@@chemeng-industrialacademy Is the link posted somewhere? I haven't seen it. Just checking in.

Dear Friends link has been provided above in the video description.

@@chemeng-industrialacademy Thanks so much!

Please describe your problem briefly then i will see what type of help you needed

Currently I'm working on a project on heat transfer coefficient in an agitated vessel using baffle plate of various liquid solutions... So i need your help

you want to calculate heat transfer coefficient ?

@@chemeng-industrialacademy yes

Can i get your number so we can communicate further quite fast?

I will respond your question very soon

we will try for you in a few days

Dear Friends link of excell spread sheet has been provided above in the video description.

i will respond you in a few days.Thanks

Hi Jeff Stone i have uploaded a video in response to your question. Please feel free to ask me again if you not satisfied with the stuff th-cam.com/video/NRcFRZIVFdo/w-d-xo.html

Please you should see the references at end of video , however i repeating again for your help. Following are the four books i referred 1-Handbook of industrial mixing , science and practice 2-Ludwig' s applied process design for chemical and petrochemical plants( 4th edition volume 3) 3-Advances in industrial mixing 4-Heat transfer design methods by John J.M

Paul, E.D (Ed.) , Handbook of Industrial Mixing Science and Practice. Hoboken, New Jersey: John Wiley & Sons, Inc., Publication. Coker, A.K , Ludwig’s Applied Process Design for Chemical and Petrochemical Plants(4th eds. , vol.3 , PP. 444-451). Amsterdam: Gulf Professional Publishing. Kresta , S.M , Advances in industrial mixing : A Companion To the handbook of Industrial Mixing(pp. 512-515). , Hoboken, New Jersey: John Wiley & Sons, Publishers. John, J.M , Heat Transfer Design Methods (pp.376-384). Consult these reference books my dear , I will try more for you in some free moments.

Hi A.J Ford good to see you unfortunately "References" is missed in CEI-Academy tutorials due to editor mistake , however we are updating all the stuff very soon. Here providing the desired stuff for your help. Cheremisinoff, Nicholas P. ( Ed.), Multiphase reactor and polymerization system hydrodynamics (PP.390-397). Houston, London, Paris, Zurich, Tokyo: Gulf Publishing Company. Schlichting H. (1979). Boundary-Layer Theory (7th ed., p.627). New York, USA: McGraw-Hill book Company. Moss, D. Pressure vessel design manual (3rd ed., pp.340-350), Amsterdam: Gulf Professional Publishing. Rennels, Donald C. & ‎Hudson, H.M. Pipe flow: A practical and comprehensive guide.( pp 166 -168), Wiley Publishers. Ali, s. (2001).Pressure drop correlations for flow through regular helical coil tubes. Fluid Dynamics Research 28 (2001) 295-310. KRISHNA B.S.V.S.R. Prediction of pressure drops in helical coil with single phase flow of non-newtonian fluid.

engrusmanzafar@gmail.com cell:92-03057479503

Autodesk Inventor Professional 2018

Is it free for window

you have three options 1.Go to autodesk website make an account and get free software as a student for 3 years 2.Get full cracked version from various link on internet free of cost for liftime 3.Get paid licensed software as given on the web

thank you for the info.

Thanks