María Clavero

Assistant Professor

Universidad de Granada

Spain

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About

María Clavero is an Assistant Professor at the University of Granada, Spain. Her research focuses on hydraulic performance and sustainability in energy production, particularly in the context of offshore and onshore wind turbines and wave energy converters. Recent articles include studies on exergy assessments and the stability of breakwaters, contributing to advancements in renewable energy technologies.

Articles (18)

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2025

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2021

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2020

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2020

Collaborators (4)

Sandro Longo

Full Professor

University of Parma

ITALY

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Antonio Moñino Ferrando

Profesor

Universidad de Granada

SPAIN

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Maria da Graça Neves

Universidade de Aveiro

PORTUGAL

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Miguel Ángel Losada

Professor Emeritus

Universidad de Granada

SPAIN

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María Clavero

Research Interests

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About

Articles (18)

Exergy and renewability assessment of off-shore wind turbine power production and benchmarking with on-shore wind power

Exergy assessment of hydrogen production by oscillating water column wave energy converter

Energy production and emergy-based sustainability of an off-shore Oscillating Water Column power plant

Experimental study on the hydraulic performance and stability of a homogeneous overtopped rubble mound breakwater

Effect of wind conditions on the performance of an Oscillating Water Column energy converter

Assessment of heat and entropy balance of an OWC wave energy converter

Exergy assessment and sustainability of a simple off-shore oscillating water column device

Breakwater Behaviour

Theoretical approach to the scale effects of an OWC device

Run-up and run-down regimes on impermeable and steep slopes

Do Rock Design Formulas Based on Wave Flume Experiments Reliably Model Their Performance at Sea?

Do Rock Design Formulas Based on Wave Flume Experiments Reliably Model Their Performance at Sea?

Combined Oscillating Water Column & hydrogen electrolysis for wave energy extraction and management. A case study: The Port of Motril (Spain)

A New Methodology for Assessing the Interaction between the Mediterranean Olive Agro-Forest and the Atmospheric Surface Boundary Layer

Numerical and Physical Modelling of Wave Overtopping on a Smooth Impermeable Dike with Promenade under Strong Incident Waves

A New Methodology for Assessing the Interaction between the Mediterranean Olive Agro-Forest and the Atmospheric Surface Boundary Layer

Air flow quality analysis of an open-circuit boundary layer wind tunnel and comparison with a closed-circuit wind tunnel

Modeling Wave Overtopping on a Seawall with XBeach, IH2VOF, and Mase Formulas

Collaborators (4)

Sandro Longo

Antonio Moñino Ferrando

Maria da Graça Neves

Miguel Ángel Losada

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