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
Hi sir, can you explain about the force of a liquid in a straight pipe and a liquid in a coil pipe at a 10 meters high. How gravity help in this situation?
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
why does the axial velocity profile become skewed in helical flow, i.e. why does the maximum velocity countor goes towards outer edge of the pipe and not towards the inner edge?
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.
Could you please tell me the heat and mass tranafer through the helicall coiled tube .
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
Hi sir, can you explain about the force of a liquid in a straight pipe and a liquid in a coil pipe at a 10 meters high. How gravity help in this situation?
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
what is the formula for pressure of liquid at the bottom of a helical pipe?
why does the axial velocity profile become skewed in helical flow, i.e. why does the maximum velocity countor goes towards outer edge of the pipe and not towards the inner edge?
can you please suggest any references for in depth knowledge of fluid flow in helical channels
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.
Thank you sir