Javier Lara

Associate Professor

Universidad de Cantabria

Spain

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Javier Lara is an Associate Professor at Universidad de Cantabria in Spain. His research focuses on climate risk assessment in cultural heritage, coastal defense technologies, and the hydrodynamic performance of renewable energy systems, particularly wave and offshore wind energy. He has published extensively on topics such as artificial reefs, adaptation strategies for climate change impacts on port infrastructures, and the efficiency of oscillating water columns. His recent work emphasizes innovative approaches to enhance coastal resilience and energy generation.

Articles (20)

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2025

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2021

Collaborators (20)

Allan Peter Engsig-Karup

Technical University of Denmark

DENMARK

Javier Lara

Research Interests

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Articles (20)

Integrating Climate Risk in Cultural Heritage: A Critical Review of Assessment Frameworks

Laboratory experiments on transforming emerged into submerged breakwaters

Designing modular, artificial reefs for both coastal defense and coral restoration

Flexible adaptation strategies for managing compound climate change risks in port infrastructures

Harnessing wave energy through breakwater integration: A review of technologies, deployment strategies and an open-access database

Modelling the hydrodynamic response of a floating offshore wind turbine – a comparative study

Numerical analysis of multiple-chamber OWCs efficiency using a fast PTO modelling approach in OpenFOAM

On the energy transfer of tsunamis generated by subaerial granular landslides: A 2D numerical analysis

Porous medium-based PTO damping and overset mesh motion: A combined approach for effective OpenFOAM® simulations of floating OWCs

Scour near low-crested breakwaters: review and technical challenges

Numerical modeling of wave overtopping of damaged and upgraded rubble-mound breakwaters

Computations of pressure loads on an oscillating water column with experimental comparison for random waves

Demonstrating the value of beaches for adaptation to future coastal flood risk

Neglecting the effect of long- and short-term erosion can lead to spurious coastal flood risk projections and maladaptation

A Semi-Supervised Machine Learning Model to Forecast Movements of Moored Vessels

Analysis of the mechanics of breaker bar generation in cross-shore beach profiles based on numerical modelling

Do the volume-of-fluid and the two-phase euler compete for modeling a spillway aerator?

Is the volume-of-fluid method coupled with a sub-grid bubble equation efficient for simulating local and continuum aeration?

Wave and structure interaction using multi-domain couplings for Navier-Stokes solvers in OpenFOAM®. Part I: Implementation and validation

Waves and structure interaction using multi-domain couplings for Navier-Stokes solvers in OpenFOAM®. Part II: Validation and application to complex cases

Collaborators (20)

Allan Peter Engsig-Karup

Harry Bingham

Enrico Foti

Deborah Greaves

Antonio Tomás

Yanlin Shao

Maria Maza

Inigo Losada

Javier García-Valdecasas Bernal

Diego Vicinanza

Rosaria Ester Musumeci

Julien Reveillon

Gregory Pinon

Gabriel Diaz-Hernandez

Jacob Andersen

George Papadakis

Teresa Viseu

Paulo Jorge Rosa Santos

MARC BATLLE I MARTIN

Alessandro Romano

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