Flow around low-aspect-ratio prisms
Three-dimensional flows around low-aspect-ratio flat-plate wings at low Reynolds numbers
21
Experimental and Numerical Study of Flow Structures Associated with Low Aspect Ratio Elliptical Cavities
273
Experimental and computational investigation of flow about low aspect ratio ellipsoids at transcritical Reynolds numbers
24
Experimental and computational investigation of flow about low aspect ratio ellipsoids at transcritical Reynolds numbers
79
Experimental and computational investigation of flow about low aspect ratio ellipsoids at transcritical Reynolds numbers
38
Experimental and computational investigation of flow about low aspect ratio ellipsoids at transcritical Reynolds numbers
36
Experimental and computational investigation of flow about low aspect ratio ellipsoids at transcritical Reynolds numbers
68
Experimental and computational investigation of flow about low aspect ratio ellipsoids at transcritical Reynolds numbers
36
Experimental and computational investigation of flow about low aspect ratio ellipsoids at transcritical Reynolds numbers
129
Numerical investigation of the interaction between upstream cavity purge flow and main flow in low aspect ratio turbine cascade
9
The Immersed Boundary Projection Method and Its Application to Simulation and Control of Flows Around Low-Aspect-Ratio Wings
151
Lift Distributions On Low Aspect Ratio Wings At Low Reynolds Numbers
131
Effect of Aspect Ratio on the Flow Structures Behind a Square Cylinder
104
Aerodynamic performance of low-to-moderate aspect ratio wings at low Reynolds numbers
235
The impact of volute aspect ratio and tilt on the performance of a mixed flow turbine
16
Experimental study of scour around bridge piers of different arrangements with same aspect ratio
7
Vortex formation and drag on low aspect ratio, normal flat plates
204
Numerical simulation of low aspect ratio fixed wings for MAV applications
8
A Micromixer Using the Taylor Dean Flow: Effects of Aspect Ratio and Inflow Condition on the Mixing
9
Aerodynamic Characteristics of a Low Aspect Ratio Wing and Propeller Interaction for a Tilt-Body MAV
17