Description



Table of Contents
1. Introduction I - WAVE ENERGY CONVERTER MODELLING TECHNIQUES BASED ON LINEAR HYDRODYNAMIC THEORY 2. Frequency-Domain Models 3. Time-Domain Models 4. Spectral-Domain Models II - OTHER WAVE ENERGY CONVERTER MODELLING TECHNIQUES 5. Nonlinear Potential Flow Models 6. Computational Fluid Dynamics (CFD) Models 7. Identifying Models Using Recorded Data III - WAVE ENERGY CONVERTER ARRAY MODELLING TECHNIQUES 8. Conventional Multiple Degree-of-Freedom Array Models 9. Semi-analytical Array Models 10. Phase-Resolving Wave Propagation Array Models 11. Phase-Averaging Wave Propagation Array Models IV - APPLICATIONS FOR WAVE ENERGY CONVERTER MODELS 12. Control Optimisation and Parametric Design 13. Determining Mean Annual Energy Production 14. Determining Structural and Hydrodynamic Loads 15. Environmental Impact Assessment

Numerical Modelling of Wave Energy Converters

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A Paperback by Matt Folley

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    View other formats and editions of Numerical Modelling of Wave Energy Converters by Matt Folley

    Publisher: Elsevier Science
    Publication Date: 6/13/2016 12:00:00 AM
    ISBN13: 9780128032107, 978-0128032107
    ISBN10: 0128032103
    Also in:
    Computing Computer modelling and simulation Technology, Engineering & Agriculture Alternative and renewable energy sources

    Description



    Table of Contents
    1. Introduction I - WAVE ENERGY CONVERTER MODELLING TECHNIQUES BASED ON LINEAR HYDRODYNAMIC THEORY 2. Frequency-Domain Models 3. Time-Domain Models 4. Spectral-Domain Models II - OTHER WAVE ENERGY CONVERTER MODELLING TECHNIQUES 5. Nonlinear Potential Flow Models 6. Computational Fluid Dynamics (CFD) Models 7. Identifying Models Using Recorded Data III - WAVE ENERGY CONVERTER ARRAY MODELLING TECHNIQUES 8. Conventional Multiple Degree-of-Freedom Array Models 9. Semi-analytical Array Models 10. Phase-Resolving Wave Propagation Array Models 11. Phase-Averaging Wave Propagation Array Models IV - APPLICATIONS FOR WAVE ENERGY CONVERTER MODELS 12. Control Optimisation and Parametric Design 13. Determining Mean Annual Energy Production 14. Determining Structural and Hydrodynamic Loads 15. Environmental Impact Assessment

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