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stiffnessDisease
Design of a blade section featuring pas-sive load alleviation capabilities resulting from variable stiffness morphing struc-tures With a focus on large, modern wind turbines
This paper presents a structural optimization design of the realistic large scale wind turbine blade...
The structural design for a recently presented aeroelastically-tailored wind turbine blade is produc...
This paper presents a recently developed numerical multidisciplinary optimization method for design ...
With increasing size of wind turbines, new approaches to load control are required to reduce the str...
The design of passively controlled compliant morphing structures for large scale wind turbine blades...
The main objective of this MSc thesis project is to investigate the load alleviation potential of a ...
The increasing utilization of green resources is driving research toward the design and development ...
A wind turbine is designed to produce a maximum amount of energy at minimum cost while it withstands...
The primary goal of the WindPACT Blade System Design Study (BSDS) was investigation and evaluation o...
When a system design approach is applied to wind turbine blades, manufacturing and structural requir...
Facing limited resources of fossil energy, an enduring supply of energy to sustain human civilizatio...
The loads on wind turbine components are primarily from the blades. It is important to control these...
The power generated by a wind turbine is proportional to the diameter of the blades on the turbine; ...
INTRODUCTION The root of a modern day wind turbine blade can be considered a primary structure. The ...
The aim of designing wind turbine blades is to improve the power capture ability. Since rotor contro...
This paper presents a structural optimization design of the realistic large scale wind turbine blade...
The structural design for a recently presented aeroelastically-tailored wind turbine blade is produc...
This paper presents a recently developed numerical multidisciplinary optimization method for design ...
With increasing size of wind turbines, new approaches to load control are required to reduce the str...
The design of passively controlled compliant morphing structures for large scale wind turbine blades...
The main objective of this MSc thesis project is to investigate the load alleviation potential of a ...
The increasing utilization of green resources is driving research toward the design and development ...
A wind turbine is designed to produce a maximum amount of energy at minimum cost while it withstands...
The primary goal of the WindPACT Blade System Design Study (BSDS) was investigation and evaluation o...
When a system design approach is applied to wind turbine blades, manufacturing and structural requir...
Facing limited resources of fossil energy, an enduring supply of energy to sustain human civilizatio...
The loads on wind turbine components are primarily from the blades. It is important to control these...
The power generated by a wind turbine is proportional to the diameter of the blades on the turbine; ...
INTRODUCTION The root of a modern day wind turbine blade can be considered a primary structure. The ...
The aim of designing wind turbine blades is to improve the power capture ability. Since rotor contro...
This paper presents a structural optimization design of the realistic large scale wind turbine blade...
The structural design for a recently presented aeroelastically-tailored wind turbine blade is produc...
This paper presents a recently developed numerical multidisciplinary optimization method for design ...
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