This report is a product of the contract between Aalborg University and TIDENG (by Bent Hilleke) on the evaluation and development of the TIDENG Tidal Energy Conversion System (TECS). The work has focused on the evaluation of the yearly power production of the device and its economical feasibility, based on CFD simulations of the device under flow conditions typical of a possible location for the deployment at the Faeroer Island.</p
This paper presents developments of the Wave Dragon, a large offshore wave energy converter. A proto...
This paper presents results on loading action on an innovative caisson breakwater for electricity pr...
For the present report a testprogramme has been performed to determine the run-up on offshore windtu...
M. Sc. graduate report in Civil EngineeringM. Sc. Graduate Report in Civil Engineerin
This paper aims at giving an overview of the developments researchers at the Department of Civil Eng...
This paper presents results on wave overtopping and loading on an innovative caisson breakwater for ...
This report presents the steps carried out in order to propose a SSG setup at Liseleje location. The...
The purpose of the project is to establish a better understanding of the development of scour at cir...
This project covers two fields of study:a) Wave energy predictability and electricity markets.b) Var...
This report is a product of the co-operation agreement between Aalborg University and LEANCON (by Ku...
The first Wave Dragon prototype power production testing started May 2003 and ended temporarily prim...
2Over the years wave energy has gradually been brought into focus, as it has become clear that the f...
This report is a product of the co-operation agreement between Aalborg University and LEANCON (by Ku...
Prediction of local scour caused by offshore wind turbine foundations using empirical formulae or nu...
Lecture 3 in the 2nd AAU and ECN EWTEC affiliated PhD course is attached as a ppt.Lecture 3 in the 2...
This paper presents developments of the Wave Dragon, a large offshore wave energy converter. A proto...
This paper presents results on loading action on an innovative caisson breakwater for electricity pr...
For the present report a testprogramme has been performed to determine the run-up on offshore windtu...
M. Sc. graduate report in Civil EngineeringM. Sc. Graduate Report in Civil Engineerin
This paper aims at giving an overview of the developments researchers at the Department of Civil Eng...
This paper presents results on wave overtopping and loading on an innovative caisson breakwater for ...
This report presents the steps carried out in order to propose a SSG setup at Liseleje location. The...
The purpose of the project is to establish a better understanding of the development of scour at cir...
This project covers two fields of study:a) Wave energy predictability and electricity markets.b) Var...
This report is a product of the co-operation agreement between Aalborg University and LEANCON (by Ku...
The first Wave Dragon prototype power production testing started May 2003 and ended temporarily prim...
2Over the years wave energy has gradually been brought into focus, as it has become clear that the f...
This report is a product of the co-operation agreement between Aalborg University and LEANCON (by Ku...
Prediction of local scour caused by offshore wind turbine foundations using empirical formulae or nu...
Lecture 3 in the 2nd AAU and ECN EWTEC affiliated PhD course is attached as a ppt.Lecture 3 in the 2...
This paper presents developments of the Wave Dragon, a large offshore wave energy converter. A proto...
This paper presents results on loading action on an innovative caisson breakwater for electricity pr...
For the present report a testprogramme has been performed to determine the run-up on offshore windtu...