In a recent paper, the authors discussed the selection of a reduced set of interface DoFs in order to describe the coupling between the blades and the hub of the Ampair test bed wind turbine rotor. The study was conducted using simulated FRFs obtained from Finite Element model of the blades and the hub, but in view of using experimental FRFs. In this paper, test data measured on the turbine by the UW-Madison participants in the IMAC Focus Group on Experimental Dynamic Substructuring, and posted on the Wiki page of the group, are used for dynamic substructuring of the wind turbine test bed
The rapid development of the wind industry over the past few years has pushed turbine manufacturers ...
Dynamic vibration response of a wind turbine structure is examined. Emphasis is put on the dynamic i...
This paper outlines high-fidelity experimental substructure testing of sandwich panels which constit...
International audienceSubstructure coupling is an important tool in several applications ofmodal ana...
Dynamic Substructuring is a powerful tool for simplification of the analysis of complex structures a...
The need to analyze and optimize the large and complex structures, locally and globally, and have kn...
In this work, the feasibility to perform substructuring technique with experimental data is demonstr...
A limited and extendable master thesis is representing the first step in the experimental substructu...
Over the last few IMAC conferences, the SEM substructuring focus group’s benchmark; the Ampair A600 ...
© The Society for Experimental Mechanics, Inc. 2015. The Ampair 600 wind turbine assembly has been m...
This paper presents a pre-study for an on-going research project in experimental dynamic substructur...
Complex systems can be divided into simpler substructures. Determining the properties of each subcom...
Wind turbine manufacturers and their suppliers are faced with increasing constraints on the noise an...
In modern day society concern is growing about the use of fossil fuels to meet our constantly rising...
The Society for Experimental Mechanics (SEM) Substructuring Focus Group has initiated a research pro...
The rapid development of the wind industry over the past few years has pushed turbine manufacturers ...
Dynamic vibration response of a wind turbine structure is examined. Emphasis is put on the dynamic i...
This paper outlines high-fidelity experimental substructure testing of sandwich panels which constit...
International audienceSubstructure coupling is an important tool in several applications ofmodal ana...
Dynamic Substructuring is a powerful tool for simplification of the analysis of complex structures a...
The need to analyze and optimize the large and complex structures, locally and globally, and have kn...
In this work, the feasibility to perform substructuring technique with experimental data is demonstr...
A limited and extendable master thesis is representing the first step in the experimental substructu...
Over the last few IMAC conferences, the SEM substructuring focus group’s benchmark; the Ampair A600 ...
© The Society for Experimental Mechanics, Inc. 2015. The Ampair 600 wind turbine assembly has been m...
This paper presents a pre-study for an on-going research project in experimental dynamic substructur...
Complex systems can be divided into simpler substructures. Determining the properties of each subcom...
Wind turbine manufacturers and their suppliers are faced with increasing constraints on the noise an...
In modern day society concern is growing about the use of fossil fuels to meet our constantly rising...
The Society for Experimental Mechanics (SEM) Substructuring Focus Group has initiated a research pro...
The rapid development of the wind industry over the past few years has pushed turbine manufacturers ...
Dynamic vibration response of a wind turbine structure is examined. Emphasis is put on the dynamic i...
This paper outlines high-fidelity experimental substructure testing of sandwich panels which constit...