Learn · Industrial Aerodynamics
Lecture 33 of 60Week 7
Lecture 33: Flow Regime around Multiple Cylinders
Prof. Sunil Manohar Dash · IIT Kharagpur
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- Industrial Aerodynamics, IIT Kharagpur (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures
- Lecture 01: Atmosphere and atmospheric circulation
- Lecture 02: Atmospheric circulation continued
- Lecture 03: Atmospheric condition monitoring devices
- Lecture 04: Equation of the wind motion
- Lecture 05: Tutorial - 1
- Lecture 06: Atmospheric wind types
- Lecture 07: Description of wind
- Lecture 08: Tutorial - 2
- Lecture 09: Atmospheric boundary layer
- Lecture 10: Atmospheric boundary layer structure
- Lecture 11: Governing equations of atmospheric boundary layer
- Lecture 12: Atmospheric boundary layer velocity profile
- Lecture 13: Modification of the atmospheric boundary layer velocity profile
- Lecture 14: Air pollutationts
- Lecture 15: Air pollutants continued
- Lecture 16: Adverse effects of air pollution
- Lecture 17: Measurement Methods of Air Pollutants
- Lecture 18: Air Quality Standards
- Lecture 19: Atmospheric Dispersion and Stability
- Lecture 20: Exhaust Plume Types
- Lecture 21: Motion of the Buoyant Plume
- Lecture 22: Motion of the Buoyant Plume Continued
- Lecture 23: Gaussian Plume Dispersion Model
- Lecture 24: Gaussian Plume Dispersion Model Continued
- Lecture 25: Tutorial - 3
- Lecture 26: Bluff-Body Aerodynamics Review of Flow Types
- Lecture 27: Bluff-Body Aerodynamics Review of Aerodynamic Forces
- Lecture 28: Definition of the Bluff- Bodies
- Lecture 29: Tutorial-4
- Lecture 30: Flow Regime around a Single Circular Cylinder
- Lecture 31: Flow Regime around a Single Square Cylinder
- Lecture 32: Flow Regime and Aerodynamic Forces of Different Bluff Bodies
- Lecture 33: Flow Regime around Multiple Cylinders
- Lecture 34: Flow-Induced Vibration
- Lecture 35: Passive Flow Separation Control Methods
- Lecture 36: Active Flow Separation Control Methods
- Lecture 37: Building Aerodynamics
- Lecture 38: Wind Flow Regime around a Tall Building
- Lecture 39: Wind Flow Regime around a Tall Building Continued
- Lecture 40: Wind Flow Regime in a Building Complex
- Lecture 41: Tutorial-5
- Lecture 42: Building Design Modifications
- Lecture 43: Renewable Wind Energy Harvesting
- Lecture 44: Historical Background of Wind Energy Harvesting
- Lecture 45: Energy Contained in the Wind
- Lecture 46: Betz Limit of Wind Energy Harvesting
- Lecture 47: Betz Limit of Wind Energy Harvesting Continued
- Lecture 48: Actuator Disc Theory with Wake Rotation
- Lecture 49: Actuator Disc Theory with Wake Rotation Continued
- Lecture 50: Airfoil Aerodynamics of the Wind Turbine Blade
- Lecture 51: Wind Turbine Blade Element Theory
- Lecture 52: Horizontal Axis Wind Turbine
- Lecture 53: Vertical Axis Wind Turbine
- Lecture 54: Tutorial-6
- Lecture 55: Industrial Aerodynamic Testing Facilities
- Lecture 56: Wind Tunnel Instrumentations – I
- Lecture 57: Wind Tunnel Instrumentations – II
- Lecture 58: Wind Tunnel Instrumentations – III
- Lecture 59: Wind Tunnel Instrumentations – IV
- Lecture 60: Concluding Remarks