707 Computational Methods for Environmental Fluid Mechanics
Ethan Kubatko, The Ohio State University
Kazuo Kashiyama, Chuo Univeristy
Abdollah Shafieezadeh, The Ohio State University
Many problems in geophysical and environmental fluid mechanics have energetic flow scale lengths that are highly non-homogeneous. Computational methods for problems in environmental fluid mechanics have matured considerably in recent years. This mini-symposium will examine the latest developments in solving uncoupled and coupled flow and transport problems with environmental applications. Topics of interest include:
- Methodology of numerical simulation for environmental flow problems
- Flow and transport processes in river, estuarine and coastal systems
- Flood Disaster Mitigation
- Water and air pollution and sediment transport
- Climate change
- Fluid-structure interactions
- Acoustic problems
- High-performance computing
- Error analysis, verification and validation
- Unstructured mesh generation
- p and h refinement
- Methodology of numerical simulation for environmental flow problems
- Flow and transport processes in river, estuarine and coastal systems
- Flood Disaster Mitigation
- Water and air pollution and sediment transport
- Climate change
- Fluid-structure interactions
- Acoustic problems
- High-performance computing
- Error analysis, verification and validation
- Unstructured mesh generation
- p and h refinement
