The Ocean Grazer, a novel wave energy converter, has been proposed by the University of Groningen. The system can collect and store multiple forms of ocean energy, with a pistontype hydraulic pump as its core technology. In this work, the dynamical behavior of a piston valve for use in the piston pump system is studied. In order to gain insight into the dynamical behavior of the piston-type hydraulic pump, a simulation model is developed to describe the movement of the piston valve and the consequent forces acting on the piston. The model accounts for rigid contacts between the valve and the piston, as well as hydrodynamic forces created by the pumped fluid
A new wave-energy pump has been developed. The pump has an inclinable cylinder and can operate in do...
Development of technology to harness the vast amount of renewable energy available in nature has bee...
In this thesis, we study the optimization of a single-piston pump system for use in a new wave ener...
The Ocean Grazer, a novel wave energy converter, has been proposed by the University of Groningen. ...
A multi-pump, multi-piston power take-off wave energy converter ((MPPTO)-P-2 WEC) has been proposed ...
The world’s oceans contain a vast wave energy potential. Many promising technologies of wave energy ...
Hydraulic cylinders play a vital role in the energy output (PTO) system of an oscillating float-type...
A functional scale prototype has been constructed for a single-piston pump (SPP) that will be used a...
The paper focuses on the analysis of inline water piston pumps, by means of simulation of the fluid-...
Ocean wave energy may be recovered by oscillating wave energy converters. The energy converter stud...
In this work, a frequency-domain method for the numerical solution of the nonlinear dynamics of a wa...
AbstractA multi-pump, multi-piston power take-off wave energy converter (MP2PTO WEC) has been propos...
In this work, a numerical model is developed in order to investigate the adaptability of the multi-p...
Generator, Pneumatik, Turbine, Buoys, Ocean Wave Power Plant Abstract. Pneumatic mechanism widely u...
This thesis presents a study of buoy systems for wave’s energy by focusing on the development of a m...
A new wave-energy pump has been developed. The pump has an inclinable cylinder and can operate in do...
Development of technology to harness the vast amount of renewable energy available in nature has bee...
In this thesis, we study the optimization of a single-piston pump system for use in a new wave ener...
The Ocean Grazer, a novel wave energy converter, has been proposed by the University of Groningen. ...
A multi-pump, multi-piston power take-off wave energy converter ((MPPTO)-P-2 WEC) has been proposed ...
The world’s oceans contain a vast wave energy potential. Many promising technologies of wave energy ...
Hydraulic cylinders play a vital role in the energy output (PTO) system of an oscillating float-type...
A functional scale prototype has been constructed for a single-piston pump (SPP) that will be used a...
The paper focuses on the analysis of inline water piston pumps, by means of simulation of the fluid-...
Ocean wave energy may be recovered by oscillating wave energy converters. The energy converter stud...
In this work, a frequency-domain method for the numerical solution of the nonlinear dynamics of a wa...
AbstractA multi-pump, multi-piston power take-off wave energy converter (MP2PTO WEC) has been propos...
In this work, a numerical model is developed in order to investigate the adaptability of the multi-p...
Generator, Pneumatik, Turbine, Buoys, Ocean Wave Power Plant Abstract. Pneumatic mechanism widely u...
This thesis presents a study of buoy systems for wave’s energy by focusing on the development of a m...
A new wave-energy pump has been developed. The pump has an inclinable cylinder and can operate in do...
Development of technology to harness the vast amount of renewable energy available in nature has bee...
In this thesis, we study the optimization of a single-piston pump system for use in a new wave ener...