The role studies of fixed-wings in underwater fan-wing thrusters

Numerical Study on Fluid Dynamic Characteristics of a Cross-Flow Fan

“…Fourth, the CFF configuration in engineering applications can be easily extended spanwise due to its two-dimensional nature. As it is a propulsion generator for an aircraft, the CFF has shown high effectiveness in both air propulsion [10] and underwater propulsion (Figure 3) [11]. [11].…”

“…As it is a propulsion generator for an aircraft, the CFF has shown high effectiveness in both air propulsion [10] and underwater propulsion (Figure 3) [11]. [11].…”

“…Fourth, the CFF configuration in engineering applications can be easily extended spanwise due to its two-dimensional nature. As it is a propulsion generator for an aircraft, the CFF has shown high effectiveness in both air propulsion [10] and underwater propulsion (Figure 3) [11]. Generally, the CFF propulsive wing has the following four application featur the CFF accelerates the incoming flow near the upper surface, which gives rise to pressure difference between the upper and the lower surfaces.…”

“…Fourth, the CFF configuration in engineering applications can be ea tended spanwise due to its two-dimensional nature. As it is a propulsion generato aircraft, the CFF has shown high effectiveness in both air propulsion [10] and und propulsion (Figure 3) [11]. Although research into fan-wing airfoils is abundant [12][13][14][15][16][17][18][19][20][21][22][23], the compre fluid dynamic characteristics of the CFF embedded in flying wings have still bee Although research into fan-wing airfoils is abundant [12][13][14][15][16][17][18][19][20][21][22][23], the comprehensive fluid dynamic characteristics of the CFF embedded in flying wings have still been rarely investigated.…”