Selected Papers from the 2nd Asia Pacific Conference on Offshore Wind Technology (APCOW2025)
Deadline 2026-09-30Taylor & FrancisIndexed (Active)
Journal: Engineering Applications of Computational Fluid Mechanics
Offshore Wind Power has become a key pathway for large-scale renewable energy deployment and carbon neutrality, especially in coastal and island regions with abundant wind resources and rapidly growing energy demand. This Article Collection is associated with the 2nd Asia Pacific Conference on Offshore Wind Technology (APCOW2025), held in Shenzhen, China, and hosted at the Southern University of Science and Technolo…
Challenges and Applications of Computational Fluid Dynamics (CFD) in Nature-Based Coastal Protection
Deadline 2026-10-26Taylor & FrancisIndexed (Active)
Journal: Engineering Applications of Computational Fluid Mechanics
As coastal regions confront increasingly severe threats from sea-level rise and extreme weather events, coastal engineering is evolving toward more integrated approaches that combine Nature-based Solutions (NbS) with conventional structures. Ecosystems such as mangroves, salt marshes, and oyster reefs provide sustainable alternatives for shoreline protection by attenuating wave energy and stabilizing sediments. Mean…
Numerical Simulation of Earth Surface Water Flows and Flood Disasters
Deadline 2026-11-06Taylor & FrancisIndexed (Active)
Journal: Engineering Applications of Computational Fluid Mechanics
Flood disasters represent the most pervasive natural threat to human societies and infrastructure globally. Accelerated climate change and expanding anthropogenic influence are intensifying their frequency and severity. Understanding and mitigating these risks necessitate precise predictive tools. Numerical simulation has thus become indispensable, providing a virtual laboratory to analyze complex earth surface wate…
Advanced CFD for Particulate Flows: Numerical Methods, Data-driven Modeling, and Physical Insights
Deadline 2026-11-10Taylor & FrancisIndexed (Active)
Journal: Engineering Applications of Computational Fluid Mechanics
Accurate prediction of particulate flows, where discrete particles interact dynamically with a continuous fluid phase, remains one of the most enduring and technically demanding challenges in computational fluid dynamics (CFD). Such flows are central to a wide range of engineering applications, including mechanical and aeronautic systems, chemical processing, energy conversion technologies, and environmental enginee…
Computational Hydrodynamics for a Sustainable Future
Deadline 2026-12-30Taylor & FrancisIndexed (Active)
Journal: Engineering Applications of Computational Fluid Mechanics
In an era characterized by accelerating climate change and increasing awareness of ecological preservation, the hydrodynamic study is at a critical evolutionary juncture. Traditional engineering paradigms are increasingly shifting towards "green" interventions, as water resources, ecosystem stability, and energy security become more interconnected and the conventional hard-engineered solutions prove vulnerable to en…
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