2021Russian AeronauticsRequires access

Studying the Possibility of Creating a Dynamically and Elastically Scaled Blade of a Helicopter Main Rotor Model

M. A. Ledyankin, Sergey Anatolyevich Mikhailov

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Abstract

Abstract The present paper addresses the problem of creating a dynamically and elastically scaled blade of a helicopter main rotor model. The issues of scaling the geometric, elastic and mass characteristics of the full-scale blade, are considered. A sequential design approach of constructing the structure section to attain the required elastic and mass characteristics of the blade, is described. Numerical verification is conducted for the results obtained.

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What this paper is about

Abstract The present paper addresses the problem of creating a dynamically and elastically scaled blade of a helicopter main rotor model. The issues of scaling the geometric, elastic and mass characteristics of the full-scale blade, are considered. A sequential design approach of constructing the structure section to attain the required elastic and mass characteristics of the blade, is described. Numerical verification is conducted for the results obtained.

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Available abstract

Abstract The present paper addresses the problem of creating a dynamically and elastically scaled blade of a helicopter main rotor model. The issues of scaling the geometric, elastic and mass characteristics of the full-scale blade, are considered. A sequential design approach of constructing the structure section to attain the required elastic and mass characteristics of the blade, is described. Numerical verification is conducted for the results obtained.

Key concepts: Blade (archaeology), Rotor (electric), Helicopter rotor, Aerospace engineering, Engineering, Mechanical engineering, Computer science

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