MCL825 : DESIGN OF WIND POWER FARMS: Sem II-2018-19

MCL825:Syllabus and references

Lecture Notes

MCL825:Design of Wind Farms : Introduction

Creation & Characterization of Winds

Fluid Dynamics of Wind

Analysis of Potential Winds

Analysis of Geostrophic & Real Winds

Analysis of Real (Viscous Turbulent) Winds

Statistical Analysis of (Viscous Turbulent)Winds

Evolution of Wind Turbines

Euler Theory for Wind Turbines

Linear Momentum Analysis for A Wind Power Farm

Betz Analysis for A Wind Turbine

Anatomy of A WT to Meet Betz Analysis - 1

Anatomy of A WT to Meet Betz Analysis - 2

Fluid Dynamic Principles to Generate Axial Induction

Airfoils to Generate Axial Induction

Potential flow Analysis to Model Lifting Devices-1

Potential flow Analysis to Model Lifting Devices-2

Conformal Transformation to Model Lifting Devices

Design of Airfoil as A Wind Turbine Blade

Analysis of Low Speed Viscous Flow Past an Airfoil as A Wind Turbine Blade

Boundary Layer Theory for Wind Turbine Blades

Analysis & Control of B L Structure for WT (Low Re) Blades

Eulerization of Betz theory: Wind Turbines

Dual Induction theory for Wind Turbines

Fluid Dynamics Based Design of A Wind Turbine

Double Dual Induction Factors for A Wind Turbine

Analysis of vertical Axis Wind Turbines

Double-multiple Stream Tube Model for Darrieus Wind Turbines

Unsteady Aerodynamics of VAWT Blades

Aerodynamic Study of Continuously Pitching Airfoils

Quantification of Enhanced Effects due to Dynamic Stall

Methodology to Estimate Dynamic Characteristics of An Airfoil

Vortical Description of Dynamics Stall Effects in A VAWT

Micrositing for Wind Turbines

Analysis of Wind Turbines Wakes

Jenson Model for Design of Windfarms

Wind Farm Aerodynamics

Development of Accurate Analytical Model for Wind Turbine Wakefields

Design of Vertical Axis Wind Turbines

Design of Efficient Windfarms

Windfarm Control Systems

Ecological Study of Windfarms

Development & Operation of Windfarms

Reading Material

Statistical Analysis of Wind