Add to ORKGThe objective of this report is to provide guidelines for the instrumentation of a model in scale 1:10 to prototype of the AquaBuOY wave energy converter. The model will be located in Nissum Bredning area: this is an important waterway already used by Aalborg University for real sea tests of wave energy converters.The objective of this report is to provide guidelines for the instrumentation of a model in scale 1:10 to prototype of the AquaBuOY wave energy converter. The model will be located in Nissum Bredning area: this is an important waterway already used by Aalborg University for real sea tests of wave energy converters
This paper presents the results of the first experimental study of the Langlee wave energy converter...
This technical report presents experiments carried out in the current flume and wave basin at Aalbor...
This report is a product of the contract between Aalborg University and TIDENG (by Bent Hilleke) on ...
This paper presents developments of the Wave Dragon, a large offshore wave energy converter. A proto...
The paper describes the methods used to estimate (calculated from some indirect measurements) the ov...
The work reported here is part of the contract agreement between the FinaveraRenewables Ocean Energy...
The first Wave Dragon prototype power production testing started May 2003 and ended temporarily prim...
This report presents the results of a study of the wave conditions at the planned location of the pr...
Lecture 3 in the 2nd AAU and ECN EWTEC affiliated PhD course is attached as a ppt.Lecture 3 in the 2...
The Wave Dragon is a 4 to 11 MW offshore wave energy converter of the overtopping type. It basically...
This paper presents results on wave overtopping and loading on an innovative caisson breakwater for ...
This report presents the results of a preliminary experimental study of the wave energy convert (WEC...
This paper aims at giving an overview of the developments researchers at the Department of Civil Eng...
M. Sc. graduate report in Civil EngineeringM. Sc. Graduate Report in Civil Engineerin
This paper reports on the real sea performance of the buoyancy control system of Wave Dragon, a flo...
This paper presents the results of the first experimental study of the Langlee wave energy converter...
This technical report presents experiments carried out in the current flume and wave basin at Aalbor...
This report is a product of the contract between Aalborg University and TIDENG (by Bent Hilleke) on ...
This paper presents developments of the Wave Dragon, a large offshore wave energy converter. A proto...
The paper describes the methods used to estimate (calculated from some indirect measurements) the ov...
The work reported here is part of the contract agreement between the FinaveraRenewables Ocean Energy...
The first Wave Dragon prototype power production testing started May 2003 and ended temporarily prim...
This report presents the results of a study of the wave conditions at the planned location of the pr...
Lecture 3 in the 2nd AAU and ECN EWTEC affiliated PhD course is attached as a ppt.Lecture 3 in the 2...
The Wave Dragon is a 4 to 11 MW offshore wave energy converter of the overtopping type. It basically...
This paper presents results on wave overtopping and loading on an innovative caisson breakwater for ...
This report presents the results of a preliminary experimental study of the wave energy convert (WEC...
This paper aims at giving an overview of the developments researchers at the Department of Civil Eng...
M. Sc. graduate report in Civil EngineeringM. Sc. Graduate Report in Civil Engineerin
This paper reports on the real sea performance of the buoyancy control system of Wave Dragon, a flo...
This paper presents the results of the first experimental study of the Langlee wave energy converter...
This technical report presents experiments carried out in the current flume and wave basin at Aalbor...
This report is a product of the contract between Aalborg University and TIDENG (by Bent Hilleke) on ...