Marine Turbine Research
# Research
on turbine
1. The effect of **rotor depth**, **yaw and dual rotor interference** (e.g. Bahaj et al. 2007);
2. **wake characterization** and the influence of the **ambient turbulence intensity** on the device **performance** (e.g. Maganga et al. 2010);
3. flow velocity increase by using annular-ring-type augmentation channels (Radkey & Hibbs 1981);
4. **cavitation** (e.g. Molland et al. 2004), **evolution of tip and hub vortices**(Felli, Camussi & Di Felice 2011) and theoretical derivations (Garrett & Cummins 2007). From [^reference 1].
1. The effect of **rotor depth**, **yaw and dual rotor interference** (e.g. Bahaj et al. 2007);
2. **wake characterization** and the influence of the **ambient turbulence intensity** on the device **performance** (e.g. Maganga et al. 2010);
3. flow velocity increase by using annular-ring-type augmentation channels (Radkey & Hibbs 1981);
4. **cavitation** (e.g. Molland et al. 2004), **evolution of tip and hub vortices**(Felli, Camussi & Di Felice 2011) and theoretical derivations (Garrett & Cummins 2007). From [^reference 1].
[^reference
1]: Chamorro, L. P., et al. "On the
interaction between a turbulent open channel flow and an axial-flow
turbine." Journal of Fluid Mechanics 716 (2013): 658-670
## wind
turbine vs marine turbine
### Differences:
1. The range of Reynolds number
2. stall characteristics,
3. potential for cavitation,
4. free-surface effects. from
### Differences:
1. The range of Reynolds number
2. stall characteristics,
3. potential for cavitation,
4. free-surface effects. from
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