A discussion on the design, construction, and test of a novel patented vertical axis and variable pitching blade hydro turbine, named KOBOLD, capable of harnessing clean and renewable energy from marine tidal currents, presented at the 15th International Offshore and Polar Engineering Conference (Seoul, Korea 6/19/2005), covers theoretical analysis and numerical prediction performances, which have been compared and validated with experimental test results on both model and real scale turbines; recent activities in terms of numerical and experimental investigations on vertical axis hydro turbines; and flow curvature effects
The present invention refers to a vertical axis hydraulic turbine to exploit energy from marine tida...
The present invention refers to a vertical axis hydraulic turbine to exploit energy from marine tida...
The present invention refers to a vertical axis hydraulic turbine to exploit energy from marine tida...
A discussion on the design, construction, and test of a novel patented vertical axis and variable pi...
This paper presents a summary of the recent work done by the authors regarding the design, construct...
This paper presents a summary of the recent work done by the authors regarding the design, construct...
Dynamic behavior of KOBOLD patented vertical axis water turbine has been carefully investigated. Num...
Dynamic behavior of KOBOLD patented vertical axis water turbine has been carefully investigated. Num...
Dynamic behavior of KOBOLD patented vertical axis water turbine has been carefully investigated. Num...
This paper provides a summary of the work done at DPA on numerical and experimental investigations o...
This paper provides a summary of the work done at DPA on numerical and experimental investigations o...
This paper provides a summary of the work done at DPA on numerical and experimental investigations o...
This paper provides a summary of the work done at DPA on numerical and experimental investigations o...
The paper deals with performances analysis of vertical axis turbine to exploit tidal marine currents...
The paper deals with performances analysis of vertical axis turbine to exploit tidal marine currents...
The present invention refers to a vertical axis hydraulic turbine to exploit energy from marine tida...
The present invention refers to a vertical axis hydraulic turbine to exploit energy from marine tida...
The present invention refers to a vertical axis hydraulic turbine to exploit energy from marine tida...
A discussion on the design, construction, and test of a novel patented vertical axis and variable pi...
This paper presents a summary of the recent work done by the authors regarding the design, construct...
This paper presents a summary of the recent work done by the authors regarding the design, construct...
Dynamic behavior of KOBOLD patented vertical axis water turbine has been carefully investigated. Num...
Dynamic behavior of KOBOLD patented vertical axis water turbine has been carefully investigated. Num...
Dynamic behavior of KOBOLD patented vertical axis water turbine has been carefully investigated. Num...
This paper provides a summary of the work done at DPA on numerical and experimental investigations o...
This paper provides a summary of the work done at DPA on numerical and experimental investigations o...
This paper provides a summary of the work done at DPA on numerical and experimental investigations o...
This paper provides a summary of the work done at DPA on numerical and experimental investigations o...
The paper deals with performances analysis of vertical axis turbine to exploit tidal marine currents...
The paper deals with performances analysis of vertical axis turbine to exploit tidal marine currents...
The present invention refers to a vertical axis hydraulic turbine to exploit energy from marine tida...
The present invention refers to a vertical axis hydraulic turbine to exploit energy from marine tida...
The present invention refers to a vertical axis hydraulic turbine to exploit energy from marine tida...