Journal of Ocean Engineering and Marine Energy
Scope & Guideline
Navigating the Future of Renewable Ocean Solutions
Introduction
Aims and Scopes
- Marine Renewable Energy Systems:
Research focused on the design, optimization, and performance assessment of marine energy systems, including wave energy converters, tidal turbines, and offshore wind farms. - Hydrodynamics and Fluid Mechanics:
Studies investigating fluid-structure interactions, hydrodynamic forces on marine structures, and modeling of wave and current dynamics in various marine environments. - Environmental Impact and Sustainability:
Exploration of the ecological implications of marine engineering projects and energy systems, emphasizing sustainable practices and technologies that minimize environmental impacts. - Innovative Engineering Solutions:
Development and application of cutting-edge engineering solutions, including advanced materials, computational modeling techniques, and control strategies for marine vehicles and structures. - Coastal and Ocean Engineering:
Research addressing challenges related to coastal infrastructure, including erosion, wave dynamics, and the design of resilient marine structures. - Data Analytics and Monitoring:
Utilization of machine learning, IoT, and data analytics for real-time monitoring, predictive maintenance, and operational optimization of marine energy systems.
Trending and Emerging
- Machine Learning and AI Applications:
There is a growing trend towards integrating machine learning and artificial intelligence in marine engineering, particularly for predictive maintenance and optimization of energy systems. - Hybrid Energy Systems:
Research on hybrid systems that combine wind, wave, and tidal energy sources is on the rise, showcasing innovative approaches to enhance energy efficiency and reliability. - Resilience and Adaptation Strategies:
Studies focusing on the resilience of marine structures to extreme weather events and climate change impacts are increasingly relevant, reflecting global concerns about environmental sustainability. - Smart Sensors and IoT in Marine Monitoring:
The implementation of smart sensors and IoT technologies for real-time monitoring of marine environments is gaining traction, facilitating improved data collection and operational efficiency. - Advanced Computational Modeling Techniques:
There is a notable increase in the use of advanced computational methods, such as CFD and multi-scale modeling, to address complex problems in ocean engineering and energy conversion.
Declining or Waning
- Traditional Marine Energy Technologies:
There is a noticeable decrease in studies focused solely on conventional marine energy technologies, as the field moves towards more innovative and hybrid solutions that integrate multiple energy sources. - Basic Hydrodynamic Studies:
Research that only addresses fundamental hydrodynamic principles without application to specific engineering challenges or technologies is becoming less frequent, as the emphasis shifts towards practical applications and advanced modeling. - Static Structural Analysis:
While structural integrity remains important, the focus on static analysis of marine structures is waning in favor of more dynamic assessments that consider real-time operational conditions and environmental interactions. - Generalized Environmental Assessments:
Studies that broadly assess environmental impacts without specific applications or detailed methodologies are less common, as researchers are now focusing on detailed, project-specific environmental assessments. - Single-Disciplinary Approaches:
Research that does not integrate interdisciplinary perspectives, such as combining engineering with environmental science or socio-economic factors, is becoming less prevalent as collaborative approaches gain importance.
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