P. Fornaro, Munoz; Ringwood, J. V.
Sliding mode reference conditioning force constraint mechanism for closed-loop wave energy controllers Proceedings
2025.
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I. McLeod, Walsh; Ringwood, J. V.
Free surface elevation estimator as a sensor for wave-powered data buoys Journal Article
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N. Martinez-Iturricastillo, Ezpeleta; Ringwood, J. V.
Long-term evolution of wave loads against offshore monopile structures on the Irish Atlantic Coast (1900-2010) Journal Article
In: IEEE Journal of Oceanic Engineering, vol. 50, 2025.
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S. Leboucher, Fitzgerald; Ringwood, J. V.
Surrogate hydrodynamic modelling for wave energy system control co-design Journal Article
In: Applied Ocean Research, vol. 161, 2025.
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Y. Chen, Ringwood; Zhan, S.
Distributed nonlinear model predictive control of an array of wave energy converters Journal Article
In: Ocean Engineering (Invited Paper), vol. 338, 2025.
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Z. Lin, Huang; Ringwood, J. V.
Fast centralized model predictive control for wave energy converter arrays based on sea-state-dependent rollout Journal Article
In: IEEE Trans. on Sustainable Energy, vol. 16, 2025.
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S. Zhan, Chen; Ringwood, J. V.
Terminal weight and constraint design for wave energy converter economic model predictive control problems Journal Article
In: Int. J. of Robust and Nonlinear Control, vol. 35, 2025.
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H. Bingham, Joensen; Shiri, A. A.
Ocean Energy Systems wave energy modelling task 10.4: Benchmark study of the DTU OWC chamber with one-way absorption Journal Article
In: Journal of Ocean Engineering and Marine Energy, vol. 11, 2025.
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H.A. Said, Skiarski; Ringwood, J. V.
Combined renewable resource exploitation: Implications for the all-island Irish electricity supply system Journal Article
In: Energy Conversion and Management X, vol. 26, 2025.
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Ringwood, J. V.
Control co-design for wave energy systems Journal Article
In: Applied Ocean Research (Invited Paper), vol. 158, 2025.
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N Martinez-Iturricastello, Nic Guidhir; Ringwood, J. V.
Extreme wave analysis for marine renewable energies in Ireland Journal Article
In: Energy Conversion and Management X, vol. 26, 2025.
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L.P. Ferrando, Nunez Gonzales; Ringwood, J. V.
Maximum individual wave height prediction using different artificial intelligence techniques Journal Article
In: Journal of Marine Science and Engineering, vol. 13, 2025.
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Barry, C. A.; Ringwood, J. V.
Wave energy technology development in Ireland: Employing the triple helix model of innovation for pragmatic policy interventions Journal Article
In: Technology in Society, vol. 81, 2025.
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M. Farajvand, Garcia-Violini; Ringwood, J. V.
Non-parametric multi-linear frequency-domain modelling of a wave energy device from experimental data Journal Article
In: Applied Ocean Research, vol. 326, 2025.
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A.M. Ermakov, Ali; Ringwood, J. V.
Optimisation of heterogeneous wave energy converter arrays: A control co-design strategy Journal Article
In: Renewable Energy, vol. 244, 2025.
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Z. Lin, Huang; Ringwood, J. V.
A sensitivity analysis of model predictive control systems with wave excitation force estimation and prediction for wave energy converters, Journal Article
In: IEEE Trans. on Control Systems Technology, vol. 33, 2025.
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H.A. Said, Sarda; Ringwood, J. V.
Fault management in wave energy systems: Diagnosis, prognosis, and fault-tolerant control, Journal Article
In: Ocean Engineering, vol. 316, 2025.
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Z. Lin, Huang; Ringwood, J. V.
Fast optimal control performance evaluation for wave energy control co-design Journal Article
In: Renewable Energy, vol. 239, 2025.
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S. Zhan, Chen; Ringwood, J. V.
Computationally efficient nonlinear model predictive control of wave energy with imperfect wave excitation previews Journal Article
In: Ocean Engineering, vol. 319, 2025.
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A. Ziaei, Said; Ringwood, J. V.
Health sensitive control of wave energy converters: Possibilities and challenges Proceedings
2024.
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2025 |
P. Fornaro, Munoz; Ringwood, J. V. Sliding mode reference conditioning force constraint mechanism for closed-loop wave energy controllers (Proceedings) 2025. (Abstract | Links | BibTeX | Tags: ) @proceedings{Fornaro2025Sliding,Argentine Conf. on Automatic Control, Cordoba, August 2025 |
I. McLeod, Walsh; Ringwood, J. V. Free surface elevation estimator as a sensor for wave-powered data buoys (Journal Article) In: IEEE Journal of Oceanic Engineering, vol. 50, 2025. @article{McLeod2025Free, |
N. Martinez-Iturricastillo, Ezpeleta; Ringwood, J. V. Long-term evolution of wave loads against offshore monopile structures on the Irish Atlantic Coast (1900-2010) (Journal Article) In: IEEE Journal of Oceanic Engineering, vol. 50, 2025. @article{Martinez-Iturricastillo2025Longterm, |
S. Leboucher, Fitzgerald; Ringwood, J. V. Surrogate hydrodynamic modelling for wave energy system control co-design (Journal Article) In: Applied Ocean Research, vol. 161, 2025. @article{Leboucher2025Surrogate, |
Y. Chen, Ringwood; Zhan, S. Distributed nonlinear model predictive control of an array of wave energy converters (Journal Article) In: Ocean Engineering (Invited Paper), vol. 338, 2025. @article{Chen2025Distributed, |
Z. Lin, Huang; Ringwood, J. V. Fast centralized model predictive control for wave energy converter arrays based on sea-state-dependent rollout (Journal Article) In: IEEE Trans. on Sustainable Energy, vol. 16, 2025. @article{Lin2025Fast, |
S. Zhan, Chen; Ringwood, J. V. Terminal weight and constraint design for wave energy converter economic model predictive control problems (Journal Article) In: Int. J. of Robust and Nonlinear Control, vol. 35, 2025. @article{Zhan2025Terminal, |
H. Bingham, Joensen; Shiri, A. A. Ocean Energy Systems wave energy modelling task 10.4: Benchmark study of the DTU OWC chamber with one-way absorption (Journal Article) In: Journal of Ocean Engineering and Marine Energy, vol. 11, 2025. @article{Bingham2025Ocean, |
H.A. Said, Skiarski; Ringwood, J. V. Combined renewable resource exploitation: Implications for the all-island Irish electricity supply system (Journal Article) In: Energy Conversion and Management X, vol. 26, 2025. @article{Said2025Combined, |
Ringwood, J. V. Control co-design for wave energy systems (Journal Article) In: Applied Ocean Research (Invited Paper), vol. 158, 2025. @article{Ringwood2025Control, |
N Martinez-Iturricastello, Nic Guidhir; Ringwood, J. V. Extreme wave analysis for marine renewable energies in Ireland (Journal Article) In: Energy Conversion and Management X, vol. 26, 2025. @article{Martinez-Iturricastello2025Extreme, |
L.P. Ferrando, Nunez Gonzales; Ringwood, J. V. Maximum individual wave height prediction using different artificial intelligence techniques (Journal Article) In: Journal of Marine Science and Engineering, vol. 13, 2025. @article{Ferrando2025Maximum, |
Barry, C. A.; Ringwood, J. V. Wave energy technology development in Ireland: Employing the triple helix model of innovation for pragmatic policy interventions (Journal Article) In: Technology in Society, vol. 81, 2025. @article{Barry2025Wave, |
M. Farajvand, Garcia-Violini; Ringwood, J. V. Non-parametric multi-linear frequency-domain modelling of a wave energy device from experimental data (Journal Article) In: Applied Ocean Research, vol. 326, 2025. @article{Farajvand2025nonparametric, |
A.M. Ermakov, Ali; Ringwood, J. V. Optimisation of heterogeneous wave energy converter arrays: A control co-design strategy (Journal Article) In: Renewable Energy, vol. 244, 2025. @article{Ermakov2025optimisation, |
Z. Lin, Huang; Ringwood, J. V. A sensitivity analysis of model predictive control systems with wave excitation force estimation and prediction for wave energy converters, (Journal Article) In: IEEE Trans. on Control Systems Technology, vol. 33, 2025. @article{Lin2025Sensitivity, |
S. Zhan, Chen; Ringwood, J. V. Computationally efficient nonlinear model predictive control of wave energy with imperfect wave excitation previews (Journal Article) In: Ocean Engineering, vol. 319, 2025. @article{Zhan2025Computationally, |
Z. Lin, Huang; Ringwood, J. V. Fast optimal control performance evaluation for wave energy control co-design (Journal Article) In: Renewable Energy, vol. 239, 2025. @article{Lin2025Fast, |
H.A. Said, Sarda; Ringwood, J. V. Fault management in wave energy systems: Diagnosis, prognosis, and fault-tolerant control, (Journal Article) In: Ocean Engineering, vol. 316, 2025. @article{Said2025Fault, |
2024 |
Y. Pena-Sanchez, Centeno-Telleria; Ringwood, J. V. Efficient wave energy converter optimisation via control co-design: A comparison of AI-based algorithms (Proceedings) 2024. @proceedings{efficientpenasanchez2024, |
A. Skiarski, Faedo; Ringwood, J. V. Flexible operation of tidal barrages for demand-matching generation: a case study in the La Rance power plant (Proceedings) 2024. @proceedings{flexibleagustina2024, |
N. Martinez-Iturricastello, Ermakov; Ringwood, J. V. Optimal geometry of a heaving point absorber considering an evolving Irish wave climate (Proceedings) 2024. @proceedings{optimalmartinexiturricastello2024, |
H.A. Said, Kelly; Ringwood, J. V. Numerical modelling of the DTU-OWC wave energy device - COER solution (Proceedings) 2024. @proceedings{numericalsaid2024, |
P. Fornaro, Puleston; Ringwood, J. V. Active mechanical motion rectifier-based power take-off: Modelling and dwell time stability results (Proceedings) 2024. @proceedings{activefornaro2024, |
J.V. Ringwood, Farajvand An interpolated multi-linear modelling approach for wave energy converters (Proceedings) 2024. @proceedings{InterpolatedRingwood2024, |
A. Ziaei, Said; Ringwood, J. V. Health sensitive control of wave energy converters: Possibilities and challenges (Proceedings) 2024. @proceedings{healthsensitiveziaei2024, |
H.A. Said, Moran; Ringwood, J. V. Green hydrogen (H2) production from wave energy: A dispatchable renewable energy source (Bachelor Thesis) 2024. @bachelorthesis{greensaid2024, |
Barry, C.; Ringwood, J. V. Navigating funding challenges in the pursuit of wave energy technology development (Proceedings) 2024. @proceedings{NavigatingBarry2024, |
Zhan, S.; Ringwood, J. V. Model-free linear noncausal energy maximisation control of wave energy converters via reinforcement Q-learning (Journal Article) In: IEEE Trans. on Control Systems Technology, vol. 32, 2024. @article{mdoelfreezhan2024, |
Rosati, M.; Ringwood, J. V. Electric energy maximisation for oscillating water column wave energy systems using a receding-horizon pseudospectral control approach (Journal Article) In: IEEE Trans. on Sustainable Energy, vol. 15, 2024. @article{electricrosati2024, |
Z. Lin, Zhou; Ringwood, J. V. On loss-aware optimal control of wave energy converters with electrical power take-offs (Journal Article) In: IEEE Trans. on Sustainable Energy, vol. 15, 2024. @article{lossawarelin2024, |
A.M. Ermakov, Rose-Butcher; Ringwood, J. V. On the value of Fano resonance in wave energy converters (Journal Article) In: Applied Ocean Research, vol. 153, 2024. @article{valueermakove2024, |
J.F.; Hallak Gaspar, T. S. ; Soares Review of wave energy converter design for offshore hybrid platforms (Book Section) In: 2024. @incollection{reviewgaspar2023, |
V.H. se S.S. Ragazzi, Felix; Ringwood, J. V. Detection of Mayer waves in non-regularly sampled data using Lomb-Scargle periodograms (Proceedings) 2024. (BibTeX | Tags: ) @proceedings{DetectionRagazzi2024, |
A.M. Ermakov, Rose-Butcher; Ringwood, J. V. Exploiting Fano resonance in wave energy systems (Proceedings) 2024. @proceedings{expolitingermakov2024, |
S.P. Leon, Bettencourt; Benveniste, J. Assessment of combined wind and wave energy in European coastal waters using satellite altimetry (Journal Article) In: Applied Ocean Research, vol. 152, 2024. @article{assessmentdeleon2024, |
D. Garcia-Violini, Pena-Sanchez; Ringwood, J. V. Revisiting excitation force estimation in WECs: On the (mis)use of structure-based estimation approaches (Journal Article) In: Ocean Engineering, vol. 311, 2024. @article{revisitinggarciaviolini2024, |
A. Ermakov, Ali; Ringwood, J. V. 2024. @proceedings{frequencyermakov2024, |
F.D. Mosquera, Fornaro; Ringwood, J. V. A sliding-mode based tracking observer for excitation force estimation in wave energy systems (Proceedings) 2024. @proceedings{slidingmodemosquera2024, |
A. Ziaei, Said; Ringwood, J. V. Health-sensitive control of wave energy converters: A primer (Journal Article) In: Ocean Engineering, vol. 311, 2024. @article{healthziaei2024, |
Fornaro, P.; Ringwood, J. V. On the controllability of an active mechanical motion rectifier for wave energy converters (Proceedings) 2024. @proceedings{ControllabilityFornaro2024, |
Faedo, N.; Ringwood, J. V. A control framework for ocean wave energy conversion systems: The potential of moments (Journal Article) In: Annual Reviews in Control, Robotics, and Autonomous Systems, vol. 7, 2024. @article{controlfaedo2024, |
Lucas G.; Nazaré Nardo, Thalita E. ; Nepomuceno Computation of the Largest Lyapunov Exponent Using SPICE-Like Programs (Proceedings) 2024. @proceedings{computationnardo2024, |
Rosati, M.; Ringwood, J. V. Receding-horizon pseudospectral control for energy maximisation of oscillating-water-column wave energy systems (Proceedings) 2024. @proceedings{recedingrosati2024, |
Jordan; Nazaré Browne, Thalita; Nepomuceno Experimental evaluation of horner’s method for CPU energy reduction in nonlinear modelling (Proceedings) 2024. @proceedings{experimentalbrowne2024, |
Josefredo Gadelha Da; Nazaré Silva, Thalita; Costa Engineering and Technology Applications of Control Co-Design: A Survey (Journal Article) In: IEEE Access, 2024. @article{engineeringsilva2024, |
Thalita; Queinnec Nazaré, Isabelle; Nepomuceno Exploring control co-design’s versatility in system optimisation: a case study of DC motors (Proceedings) 2024. @proceedings{exploringnazare2024, |
Samara O. S.; Skiarski Santos, Agustina; García-Núñez Green machine learning: Analysing the energy efficiency of machine learning models (Proceedings) 2024. @proceedings{greensantos2024, |
Priscila F.S.; Lacerda Guedes, Márcio J. ; Nepomuceno State-Feedback Control Design for Polynomial Discrete-Time Systems obtained via Second-Order Runge-Kutta Discretization (Proceedings) 2024. @proceedings{statefeedbackguedes2024, |
Fornaro, P.; Ringwood, J. V. Hybrid optimal control of an active mechanical motion rectified wave energy converter via separation principle (Proceedings) 2024. @proceedings{HybridFornaro2024, |