VALEURS NUMÉRIQUES DES VITESSES ET DES FORCES. 361 
PREMIÈRE PLAQUE (suite). 
PHASE 
du 
COUP 
d’aile. 
TEMPS 
Cil 
cenliém . 
de 
seconde 
sec 
ÏÔü 
DÉPLACEMENTS 
TOTAUX 
ESPACES 
SUCCESSIFS 
VITESSES 
DÉDUITES DU 
CALCUL 
VITESSES 
DÉDUITES DES 
COURBES 
DIFFÉRENCES 
DES VITESSES 
FORCES 
Hor. 
Vert. 
Hor. 
Vert. 
Hor 
Vert. 
Hor. 
Vert. 
Ilor. 
Vert. 
Hor. 
Vert. 
mm. 
mm. 
min. 
mm. 
met. 
mèt. 
met. 
met. 
met. 
met. 
kilos. 
kilos. 
0.18 
1033 
— 68.3 
+ 0.150 
—0.030 
+0.473 
—0.095 
. 
0.19 
103 
— 11.8 
5.15 
—0.590 
5.270 
—0.600 
fl 
0.20 
1136 
— 80.1 
+0.810 
+0.093 
+2.570 
+0.327 
E 
0.21 
119 
-10.1 
5.95 
—0.505 
6 . 080 
—0.505 
0.22 
1245 
— 90.2 
+0.620 
+ 0.370 
+ 1 .960 
+1.175 
. 
0.23 
134 
Q .7 
6.70 
—0.135 
6.700 
—0.135 
A 
0.24 
1379 
— 92.9 
—0.340 
—0.150 
—1.108 
—0.475 
s 
0.23 
124 
— 5.7 
6.20 
—0.285 
6.360 
—0.285 
0.26 
1503 
— 98.6 
—0.030 
—0.450 
—0.095 
—1.415 
A 
0.27 
127 
— 14. 7 
6 35 
—0.735 
6.390 
— 0.735 
3 
0.28 
1630 
— 113.3 
+ 0.040 
+0.150 
+0.127 
+0.475 
Ü 
0.29 
130 
— 6.5 
6.50 
—0.325 
6.430 
—0.385 
0.30 
1760 
— 119.8 
+0.040 
+ 0.345 
+0.127 
+1.090 
CI 
_o 
0.31 
129 
—10.4 
6.45 
—0.520 
6.470 
—0.240 
cS 
0.32 
18S9 
— 120.2 
+ 0.003 
+0.230 
+ 0.002 
+0.760 
‘C3 
0.33 
129 
— 0.2 
6.45 
—0.010 
6.475 
—0.010 
0.34 
2018 
— 120.4 
—0.075 
—0.230 
— 0.237 
—0.760 
0.33 
128 
— 5.9 
6.40 
— 0.295 
6.400 
—0 . 240 
0.36 
2146 
— 116.3 
-0.360 
—0.460 
— 1.140 
— 1.460 
0.37 
122 
— 10.8 
6.10 
—0.540 
6.040 
-0.700 
0.38 
2208 
— 137.1 
— 0.340 
—0.460 
— 1 .oso 
—1.460 
1 
0.39 
114 
— 21 .2 
5 .70 
— 1.060 
5.700 
— 1.060 
0.40 
2382 
— 158.3 
+0.180 
+ 0.660 
+ 0.570 
+2.080 
O 
0.41 
126 
— 8.0 
6.80 
—0.400 
5.880 
—0.400 
s 
0.42 
2308 
— 166 3 
+ 0.350 
+ 0.280 
+1.108 
+0.877 
$ 
0.43 
129 
— 2.4 
6.45 
—0.120 
6.230 
—0.120 
1 ^ 
0.44 
2637 
—168.7 
+0.560 
-0.155 
+ 1.778 
0.482 
ai 
< 
0.43 
133 
— 5 . 5 
6.65 
—0.275 
0.790 
-0.275 
0.46 
2770 
— 174.2 
+0.410 
—0.300 
+1.300 
0.030 
0.47 
137 
—11.5 
6.85 
—0.575 
7.200 
— 0.575 
./ 
0.48 
2907 
— 185.7 
+ 0.200 
+0.225 
+0.633 
+ 0.728 
» 
0.49 
148 
— 7.0 
7.40 
—0.330 
7.400 
—0.350 
O 
0.50 
3055 
— 192.7 
— 0.530 
—0.025 
— 1.740 
— 0.078 
0.51 
137 
— 7 . 5 
G . 85 
—0.375 
6.S50 
—0.373 
cb 
0.52 
3192 
—200.2 
+0.050 
+ 0.103 
0.158 
+0.332 
fl 
0.53 
138 
— 5 . 4 
6.90 
—0.270 
6.900 
—0.270 
0.54 
3330 
— 205.6 
—0.100 
+ 0.110 
—0.316 
+0.348 
> 
0.55 
130 
— 1.2 
6.80 
—0.060 
0.800 
— 0 060 
0.56 
3466 
— 206.8 
—0.450 
—0.140 
— 1.425 
—0.443 
W 
0.57 
127 
— 4.0 
6.35 
—0.200 
6 .350 
—0.200 
0.58 
3593 
—210.8 
— 0.030 
— 0.440 
—0.093 
— 1.395 
0.59 
127 
— 12.8 
6.35 
—0.640 
6.320 
—0.640 
0.60 
3720 
—223.6 
—0.100 
+0.330 
—0.316 
+1.110 
0.61 
128 
— 5.8 
6.40 
—0.290 
6.420 
—0.290 
© 
0.62 
3848 
—229.4 
+0.410 
+0.060 
+ 1.300 
+0.190 
rs 
0.63 
140 
— 4.6 
7.0 
—0.230 
6.830 
-0.230 
03 
0.64 
3988 
- 234.0 
+0.420 
—0.030 
+1.330 
—0.95 
S 
0.65 
144 
— 8.6 
7.2 
—0.430 
7.230 
—0.360 
& 
0.66 
4132 
—242.6 
+ 0.130 
—0.220 
+0.475 
—0.695 
o 
‘fl 
0.67 
148 
-10.3 
7.40 
—0.515 
7.400 
— 0.530 
O 
0.68 
4280 
—253.9 
0.00 
—0.120 
0.00 
— 0 380 
* 3 * 
0.69 
148 
— 14.0 
7.40 
—0.700 
7.400 
— 0.700 
0.70 
4428 
—267.9 
