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Upscale Design, Process Development, and Economic Analysis of Industrial Plants for Nanomagnetic Particle Production for Environmental and Biomedical Use
Very few economical and process engineering studies have been made concerning the scale-up and implementation of nanomagnetic particle manufacturing into a full-scale plant, and determination of itsExpand
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Water Decontamination with Magnetic Particles by Adsorption and Chemical Degradation. Influence of the Manufacturing Parameters
Many different processes for manufacturing of magnetic particles are present in scientific literature. However, the large majority are not able to be applied to large-scale real operations. In thisExpand
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Comparative Framework Linking Some Capabilities of Small Array Dispositions of Generic Points Absorbers
This thesis completion works it out to deepen into diverse modeling techniques for Point Absorbers. A combined frequency-time domain model is conceived, designed and developed in Matlab with FortranExpand
HYDRODYNAMIC ASSESMENT ON MOTION PERFORMANCE CHARACTERISTICS OF GENERIC WAVE ENERGY POINT ABSORBERS
This work condenses various modeling techniques for different Point Absorber configurations. An alternating frequency time domain model is implemented in MatlabFORTRAN in order to compute theExpand
Danish Wave Energy R&D: The Wave Star
Modeling Link for Ocean Wave Energy of Point Absorbers: A Mathematical Framework
This compendium presents new mathematical techniques for modeling Point Absorbers. A combined frequency-time domain framework is developed. It is used to simulate the energy generated by the waveExpand
Numerical Modeling of a Wave Energy Point Absorber
Summary The present study deals with numerical modelling of the Wave Star Energy WSE device. Hereby, linear potential theory is applied via a BEM code on the wave hydrodynamics exciting the floaters.Expand
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Hydrodynamic Interaction of Ocean Wave Energy Point Absorbers
This work condenses various modeling techniques for different Point Absorber configurations. A combined frequency time domain model will be developed in Matlab-FORTRAN in order to compute theExpand
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Computational Investigation on Various Small Array Dispositions of Generic Points Absorbers
This thesis completion works it out to deepen into diverse modeling techniques for Point Absorbers. A combined frequency-time domain model is conceived, designed and developed in Matlab with FoRtranExpand