Water Hydrodynamics and Coastal Engineering
ATHUL SCARIA RAJU1, SIMI K RAVEENDRAN2, A ARJUN3 , AKHIL U S4 , ASWINI S ANI5 , MANESH MATHEW6 , PRANAV PRAMOD7 , SREEHARI ANISH8
1First Author CIVIL DEPARTMENT & TOMS COLLEGE OF ENGINEERING
2Second Author CIVIL DEPARTMENT & TOMS COLLEGE OF ENGINEERING
3Third Author CIVIL DEPARTMENT & TOMS COLLEGE OF ENGINEERING
4Fourth Author CIVIL DEPARTMENT & TOMS COLLEGE OF ENGINEERING
5Fifth Author CIVIL DEPARTMENT & TOMS COLLEGE OF ENGINEERING
6Sixth Author CIVIL DEPARTMENT & TOMS COLLEGE OF ENGINEERING
7Seventh Author CIVIL DEPARTMENT & TOMS COLLEGE OF ENGINEERING
8Eighth Author CIVIL DEPARTMENT & TOMS COLLEGE OF ENGINEERING
Abstract – Water hydrodynamics and coastal engineering are essential areas of civil and environmental engineering that deal with understanding and controlling the behaviour of water bodies, particularly in coastal areas. Coastal areas are active environments which are shaped by intricate interactions among waves, tides, currents, and sediment transport. With the increased rate of climate change leading to sea-level rise and the occurrence of extreme weather events, there is a growing need for sophisticated hydrodynamic modeling and robust coastal infrastructure. This seminar discusses the basic principles of water hydrodynamics, such as fluid motion, wave generation and propagation, tidal dynamics, and their contribution to coastal processes. It emphasizes recent developments in coastal engineering in the form of numerical modeling of nearshore currents, methods for coastal erosion control, breakwater design, and beach nourishment planning. The focus is on the integration of high-resolution computational fluid dynamics (CFD), remote sensing, and Al-assisted prediction tools to simulate and manage coastal hazards. Examples of recent global coastal projects between 2020 and 2025 are presented in case studies, highlighting novel designs combining ecological sustainability and engineering effectiveness. Policy implications, strategies for disaster mitigation, and interdisciplinary cooperation in safeguarding vulnerable coastal areas are also touched upon by the seminar. With greater insight into hydrodynamics and engineering interventions, the discipline is striving to secure the long term sustainability of coastlines and coastal infrastructure.
Key Words: Hydrodynamics, coastal engineering, wave modeling, sediment transport, erosion control, climate resilience, CFD, coastal infrastructure
