Fig. 1

Appearance and structure of microbalance

Fig. 2

Schematic diagram of experimental blunt cone

Fig. 3

Installation of blunt cone in wind tunnel

Table 1

Three test conditions of blunt cone

Table 2

Three test results of blunt cone micro aerodynamics

Fig. 4

Diagram of cone coordinate system definition and aerodynamic coefficient diagram

Table 3

Standard deviations of three tests of blunt cone

Fig. 5

Lift body shape of delta wing

Fig. 6

Schematic diagram of experimental delta wing

Fig. 7

Sketch of delta wing dimension

Table 4

Test conditions of delta wing

Table 5

Experimental aerodynamics of delta wing lift body micro aerodynamics

Fig. 8

Diagram of lift body coordinate system definition and aerodynamic coefficient diagram

Fig. 9

Schematic diagram of blunt cone grid

Fig. 10

Pressure contour of blunt cone surface at different angles of attack （Case 1）

Fig. 11

Pressure contour and streamline on symmetry section of blunt cone at different angles of attack （Case 1）

Fig. 12

Pressure distribution on wall center line of blunt cone at different angles of attack （Case 1）

Fig. 13

Skin friction contour and streamline of blunt cone surface at different angles of attack （Case 1）

Table 6

Pressure and skin friction CFD results of blunt cone （Case 1）

Fig. 14

Cone micro aerodynamics comparison between CFD result and wind tunnel test at different angles of attack

Fig. 15

Schematic diagram of delta wing computation grid

Fig. 16

Pressure contour of delta wing surface at different angles of attack

Fig. 17

Pressure distribution on wall center line of delta wing at different angles of attack

Table 7

Pressure and skin friction CFD results of delta wing

Fig. 18

Micro aerodynamics of delta wing comparison between CFD results and test results at different angles of attack