April 27th 2014 Errata for thesis Buoy geometry, size and hydrodynamics for power take o device for point absorber linear wave energy converter by Halvar Gravråkmo.

Wave Energy, Types of Converters, Ocean Wave Theory, Load Case Analysis, Fatigue Theory, Failure Criteria and VMEA are covered in this chapter.. The fourth chapter establishes

For instance, convolution with predicted wave elevation estimation strategy, CPWE, estimates the excitation force based on convolution product between the wave elevation and

In this project, I present a design of a scale model of a linear generator (LG) similar to a full size Wave Energy Converter (WEC) being developed at Uppsala University since 2002

To ensure that the platform will be operational its full expected life span, the maximum shear stress due to the rotation of the electric motor on the axle when the platform

In this degree project a squirrel-cage induction motor is used to pull the translator of a linear, synchronous, permanently magnetized generator to be used in a wave energy

The choice of dc-link capacitor is partly based on the study the ripple current that the dc-link capacitor will experience. In order to determine the right size of capacitance,

In this thesis a Linear and a Nonlinear Model Predictive Controller have been developed with the goal to maximize the energy output of a Wave Energy Con- verter. As a

Finally by applying scale transformations, an estimation of the hydraulic power that the wave electricity converter would extract with this configuration in the