Rotor Blade Aerodynamics Forces Modelling for Dynamic Analysis


  • Mohamed Abdalla Almheriegh Associate Professor, Department of civil Engineering, Faculty of Engineering - Tripoli University, P O Box 82677, Tripoli, Libya


ultimate loads on rotor blades, lift and drag forces, normal and tangential forces on blades, structural analysis of wind turbine blades


In order to establish a rational method for structural analysis of wind turbine rotor with respect to failure in ultimate loading, either in strength or fatigue fashion. Two famous methods in predicting the complicated nature of the two main lift and drag forces acting ‘normal and tangential’ forces on the rotor blade are discussed and numerical solution ‘iteration’ using the coefficients involved in establishing these forces is presented and, therefore are readily introduced in the analysis stage typically done by dynamics analysis codes.


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How to Cite

Mohamed Abdalla Almheriegh. (2021). Rotor Blade Aerodynamics Forces Modelling for Dynamic Analysis. American Academic Scientific Research Journal for Engineering, Technology, and Sciences, 82(1), 66–77. Retrieved from