MICHALIS CHONDROS

Assistant Professor

National Technical University of Athens

Greece

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About

Michalis Chondros is an Assistant Professor at the National Technical University of Athens, Greece. His research areas include coastal flooding early warning systems, coastal process modeling, and sediment transport dynamics. He has authored recent articles focusing on advancements in wave modeling, the impact of climate change on coastal vulnerability, and the application of artificial neural networks in predicting morphological changes in coastal environments.

Articles (14)

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2024

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2024

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2024

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2024

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2023

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2022

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2022

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2021

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2021

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2021

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2021

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2020

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Professor

Aristotle University of Thessaloniki

GREECE

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MICHALIS CHONDROS

Research Interests

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About

Articles (14)

Validation and Application of the Accu-Waves Operational Platform for Wave Forecasts at Ports

A Novel Input Schematization Method for Coastal Flooding Early Warning Systems Incorporating Climate Change Impacts

Integrated Modeling of Coastal Processes Driven by an Advanced Mild Slope Wave Model

Enhanced Mild-Slope Wave Model with Parallel Implementation and Artificial Neural Network Support for Simulation of Wave Disturbance and Resonance in Ports

Impact of Spatial Segmentation on the Assessment of Coastal Vulnerability—Insights and Practical Recommendations

Accelerating Predictions of Morphological Bed Evolution by Combining Numerical Modelling and Artificial Neural Networks

Sediment Transport Equivalent Waves for Estimating Annually Averaged Sedimentation and Erosion Trends in Sandy Coastal Areas

Concerted nonlinear mild-slope wave models for enhanced simulation of coastal processes

Integrated modelling of sea-state forecasts for safe navigation and operational management in ports: Application in the Mediterranean Sea

A Coastal Flood Early-Warning System Based on Offshore Sea State Forecasts and Artificial Neural Networks

Simulating Nearshore Wave Processes Utilizing an Enhanced Boussinesq-Type Model

A Wave Input-Reduction Method Incorporating Initiation of Sediment Motion

A wave input-reduction method incorporating initiation of sediment motion

Simulating wave transmission in the lee of a breakwater in spectral models due to overtopping

Collaborators (5)

Yannis Krestenitis

Yannis Androulidakis

Yiannis Kontos

Christos Makris

Theofanis Karambas

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