Discover OCR-ed Pages Content

Displaying results 4476 - 4500 of 58712

Peripheral jets : effect of exit geometry

Sequence 2
TR PT 6806 PERIPHERAL JETS: EFFECT OF EXIT GEOMETRY by A. Lowenstein P. Berry R. Duffy ~J.,-"i L" (tl~…
Sequence 3
ABSTRACT Th is i nves t i gat io n wa s designed to examine t he eff ects of various geome tr i c paramet ers of the e xit on…
Sequence 4
INTRODUCTION The peripheral-jet ground-support system is one of a variety of devices which have shown a good potential for…
Sequence 5
2 jet support systems. After considering both the magnitude of the problem and the limitations imposed on the authors by the…
Sequence 6
3 standard ASME 1" orifice, which was set into a two-inch diameter feeder pipe. Overall views of the test facility and…
Sequence 7
In statistically designing the experiment, a grid composing all 54 design possibilities was drawn (Table I). The squares…
Sequence 8
nine, three particular combinations can be chosen which include among them all levels of the two variables. Thus, runs 1, 3…
Sequence 9
also performed. Among these were: 1) a comparison with previous experi- mental data, 2) visualization studies of the flow…
Sequence 10
7 Also shown in Figure 3 is a plot of the theoretical pressure ratio, Pb/Pt' versus hit [ 1 + cos gJ as predicted by the…
Sequence 11
8 off the main experimental curve; each branch deviating further from ex- ponential theory. A separate branch occurs for each…
Sequence 12
9 c. Statistical Analysis The procedure employed in the statistical analysis of the data was to maintain one variable at a…
Sequence 13
10 CONCLUSIONS This research investigated the effect of exit geometry on the performance of a two-dimensional peripheral-jet…
Sequence 14
11 a ) Te t Facil i ties b) Per·pheral Jet Te st Rig FI,URE 1
Sequence 15
AIR SUPPLY -+-------- * o SETTLING CHAMBER o ~---------------IO.2 NOTE: a}LENGTH OF SLOT=20 INCHES b) HALF SCA LE c)…
Sequence 16
w cr :> (/) (/) w a::: a.. a::: o > a::: w en w a: "- w a::: :> en en w 0: a.. w en…
Sequence 17
14 O.S o GROUND 0.6 X BASE 0.4 -~ 0:: w 0.2 a:: ::> en en w a:: a.. 0 .0 0.0 0 .2 0.4 0.6 O.S 1.0 1.2…
Sequence 18
0.8 0 . 6 0 . 4 ....... ri ~ - - 0 . 2 I~ a:: ::> - 'f) en ~ It: (l. 0.0 0.0 2X/C o GROUND X BASE 0.…
Sequence 19
50 .40 30 . 20 .1 0 0 0 0 .0 \ \ 16 [ ~\ ~E X ONENTIAL \ TH ORY \ ~ "- '\ " 18~…
Sequence 20
0.8 0.6 0.4 -... ~ CL l1.I 0: 0.2 :J U) U) lAJ a: D.. 0.0 -0 . 2 0.0 2XIC I 0.7 o GROUND X BASE 0 . 2 0…
Sequence 21
·50 1.40 .30 .20 .10 0.0 0.0 \ 22 <; EX ONENTIAL ~/TH ORY \ ~ 19L,;../\ ~ '\ '\ "- 13…
Sequence 22
50 '.40 .30 .20 .10 0.0 0.0 \ \ 16( ~\ \ \ EXI ONENTIAL \ ~/TH DRY \ \ --~ \ ~~ 18 - ....... \…
Sequence 23
50 40 30 .20 .10 0.0 0.0 \ 22 <.. :> \ \;>24\ jEX )ON ENTrAL 19~ TH ;.ORY \ "" \ \ ~~…
Sequence 24
2X/C 0.8 2X/C 0.8 2)( IC 0.9 1.0 1.1 (a) Open Exit -- N ~ 0.5 inch I 0.9 1.0 I 1.1 1.2 (b) Part i ally Sealed…
Sequence 25
22 a) Open Exit b ) Part ia lly Sealed Exit c) Sealed Exit FIGURE 12: Tuft Photographs
Sequence 26
.3 0 3 0 T \ o M = 1.58 x 10 -3 SLUG I FT.-SEC. ~ I!:l M = 2 .39 )( 10 - 3 .. .. , , Q,\ .... . 2 5 15 Fb IFf .2 5…
Back to top