Learn · Impact of Flow of Fluids in Food Processing and Preservation
Lecture 23 of 62Week 5 :
LECTURE 23 : FLOW OF FLUID THROUGH INCLINED OR HORIZONTAL SOLID SURFACE
Prof. Kanishka Bhunia Prof. Tridib Kumar Goswami · IIT Kharagpur
Credits and licence
- From
- Impact of Flow of Fluids in Food Processing and Preservation, IIT Kharagpur (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- LECTURE 01: INTRODUCTION TO FOOD PROCESS ENGINEERING
- LECTURE 02 : PRESERVATION OF FOOD
- LECTURE 03 : FOOD PROCESSING OPERATIONS
- LECTURE 04 : PRESERVATION BY REMOVAL OF WATER
- LECTURE 05 : INTRODUCTION TO EQUATION OF CONTINUITY
- LECTURE 6 : EQUATION OF CONTINUITY TO BE CONTINUED
- LECTURE 7 : EQUATION OF CONTINUITY IN DIFFERENT FORMS
- LECTURE 8 : DERIVATION OF EQUATION OF CONTINUITY
- LECTURE 9 : EQUATION OF CONTINUITY IN CYLINDRICAL AND SPHERICAL COORDINATES
- LECTURE 10 : EQUATION OF MOTION IN CARTESIAN COORDINATE
- LECTURE 11 : EQUATION OF MOTION TO BE CONTINUED
- LECTURE 12 : NAVIER STOKES EQUATIONS
- LECTURE 13 : NAVIER STOKES EQUATIONS TO BE CONTINUED
- LECTURE 14 : PROBLEMS AND SOLUTIONS WITH THE HELP OF NAVIER STOKES EQUATION
- LECTURE 15 : PROBLEMS AND SOLUTIONS WITH THE HELP OF NAVIER STOKES EQUATION
- LECTURE 16 : PROBLEMS AND SOLUTIONS WITH THE HELP OF NAVIER STOKES EQUATION
- LECTURE 17 : FLOW THROUGH PIPES
- LECTURE 18 : HAGEN POISEUILLE EQUATION
- LECTURE 19 : NAVIER STOKES EQUATION USING BOUNDARY CONDITIONS
- LECTURE 20 : FRICTION FACTOR
- LECTURE 21 : LAMINAR FLOW THROUGH PARALLEL PLATES
- LECTURE 22 : VERTICAL FLOW THROUGH PARALLEL PLATES
- LECTURE 23 : FLOW OF FLUID THROUGH INCLINED OR HORIZONTAL SOLID SURFACE
- LECTURE 24 : REYNOLDS NUMBER OF FALLING FILM
- LECTURE 25 : FLOW OF FLUID THROUGH ANNULUR SPACE
- LECTURE 26 : MEASUREMENT OF VISCOSITY WITH THE HELP OF DROP OF A BALL
- LECTURE 27 : FLOW BEHAVIOUR THROGH NARROW SLIT
- LECTURE 28 : PROBLEMS AND SOLUTIONS OF MOVING SURFACE FLOW
- LECTURE 29 : PROBLEMS AND SOLUTIONS OF MOVING SURFACE FLOW TO BE CONTINUED
- LECTURE 30 : PROBLEMS AND SOLUTIONS ON POISEUILLE FLOW AND COUETTE FLOW
- LECTURE 31 : PROBLEMS AND SOLUTIONS ON SPINNING
- LECTURE 32 : COMPRESSIBLE GAS FLOW
- LECTURE 33 : PRESSURE DROP RELATION FOR COMPRESSIBLE GAS
- LECTURE 34 : PROBLEM AND ITS SOLUTIONS OF PRESSURE DROP FOR COMPRESSIBLE GAS FLOW
- LECTURE 35 : USE OF TRIAL AND ERROR METHOD TO FIND PRESSURE DROP
- LECTURE 36 : FLOW THROUGH PACKED BED
- LECTURE 37 : HYDRAULIC RADIUS
- LECTURE 38 : PROBLEMS AND SOLUTIONS OF PACKED BED
- LECTURE 39 : PRESSURE DROP IN PIPES FOR COMPRESSIBLE LIQUIDS
- LECTURE 40 : FLUIDIZATION
- LECTURE 41 : PROBLEMS AND SOLUTION OF FLUIDIZATION
- LECTURE 42 : FLOW THROUGH NOZZLES
- LECTURE 43 : BERNOULLI’S EQUATION USED IN NOZZLE FLOW
- LECTURE 44 : DISCHARGE RATE THROUGH NOZZLES
- LECTURE 45 : ADIABATIC FLOW THROUGH REFRIGERATION UNIT
- LECTURE 46 : PROBLEMS AND SOLUTIONS OF NOZZLE FLOW
- LECTURE 47 : SONIC VELOCITY
- LECTURE 48 : DIATOMIC GAS WITH SONIC VELOCITY
- LECTURE 49 : VARIABLE FLOW
- LECTURE 50 : PNEUMATIC CONVEYING
- LECTURE 51 : Non-Newtonian Fluid Flow
- LECTURE 52 : Non-Newtonian Fluid Flow Cont.
- LECTURE 53 : Non-Newtonian Fluid Flow Cont.
- LECTURE 54 : Non-Newtonian Fluid Flow Cont.
- LECTURE 55 : Non-Newtonian Fluid Flow Cont.
- LECTURE 56 : Flow through filter medium
- LECTURE 57 : Flow through filter medium cont.
- LECTURE 58 : Flow through filter medium cont.
- LECTURE 59 : Flow through filter medium cont.
- LECTURE 60 : Flow through filter medium cont.
- Live Session 11-02-2025
- Live Session 04-03-2025