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https://ntrs.nasa.gov/search.jsp?R=19720021223 2018-07-14T17:59:28+00:00Z
CONFIGURATION :
TEST PURPOSE:
D M S - D R - ~ ~ ~ ~ NASA CR-120,041 JUNE, 1972
WIND TUNNEL TEST DATA REPORT
Space Shut t le 040-.4 Orbi ter i n Presence of External Oxygen Tank
To Determine Abort S t a ~ i n a C h a r a c t e r i ~ t i c s of External Ownen
Tank from the 040-A Orbiter.
TEST FACILITY:
TESTING AGEWCY:
NASA/MSFC 14"x14" Trisonic Wind
TEST NO. & DATE: MSFC-TWT 531 - FACILITY COORDINATOR: J i m Weaver, WFC
PRWECTENGINEER(S): I v F o s a l e r , MSC
Paul. Tole, Northrop Services, Inc. -
DATA MAIVAGEIME3YT SERtTCES
0 RELEASE APPROVAL:
DRL 297 - 848
This r epor t has been prepared by CZlrysler Corporation Space Rfvleion under a Dete Mene8ement Contract to the RAM. Chryeler aseumee no reepone ib i l i ty for the date presented herein o ther t u n i t s d iepley cha rac te r i e t i c s .
4
COGCNIZMT TEST PERSOaYNEE
FACILITY COORDD4ATOR:
Mr. J i m Weaver SW--0-AAE Marshall Space Flight Center Runtsuille, Alabaru 35812
Phone: (205) 453-2512
Mrs. Ivy Foseler Mail Stop EX-24 Manned Spacecraft Center Hauston, Texas 77058
M r . John E. Vaughn Chrysler Corporation Huntsville Division 102 Wynn Drive Huntsville, Alabama 35805
Phone: (205) 895-1560
me J. L. Glynn Chrysler Corporation Space Di.v'rei< ii P. 0. BOX 29200 14eu Orleans, Imisiana 70129
M r . Paul Cole Northrop Services, Inc. 6025 Technolc gy mive P. 0. Box 1384 Huntsville, Alabama 35805
SUMMARY
TEST F A C I K T Y DESCRIPTION
DATA REIXTCXtCU!l
I, DATA SET COLLATION SHEETS
11. MODEL COMPONENT D E S C R I P T I m S
111. TEST C C M D I ~ ~ S
I V , INDM !TO MODEL FIGURES
FIGURES:
MODEL
ABORT STAGING CHARACTERISlTCS OF AN WTERNAL OXYGEN TANK SEPARAmG FRdM THE SPACE SBUTPLE 0 4 0 0 ~ ORBITER (.006 SCALE MODEL)
AT MACH ~ ~ M B W S OF 0.6, 2.0 AND 4.0
% Ivy Foesler and Paul Cole
Experimental aerodynamic investigation8 were conducted on a .006 scale model
of the space shut t le 040-A orbiter and i t s external f u e l tank u t i l iz ing the NASA/
MSFC dual s t ing support system i n the MSFC 14 x 14 inch Trisonic Wind Tunnel
#arms1 force, pltching moment and axial force components were recorded simultan-
eously on the orbiter and the tank a t aelected tank f i e l d positions beneath the
orbiter a6 both models were pitched through an angle of attack range of -5' t o 20'.
Incidence angles between orbi ter and tank of oO, 5O, 10' and 15' were iavestigated.
m i n g these t e s t s Mach number was s e t a t 0.6, 2.0 and 4.0.
NOMWCW\rnE General
SADSAC .-. SYMBOL Dm'INITION
speed of so~nd ; mfsec, f t / sec
CP pressure coefficient; (pl - pI)/q
MACH Mach number; vie
pressure; ~ / m ~ , psf
Q( NsM > d y n a l c pressure; 1/2#v2, ~ / m ~ , ptaf e m m / ~ unit Reynold8 number; per m, per ft
velocity; m/eec, f t / sec
ALPHA englb of attack, depees
BE!rA angle of sidesl ip, depees
PSI angle of yew, depeee
PHI angle of r o l l , degrees
mess density; kg/m3, elugs/ft3
Reference & C. G. Def in1 t ions
base area; m2, f t 2
BAE3 wing span or reference apan; ru, f t
center of gravity
UEF reference length or wing mean aerodynemic chord; rn, f t
SREF wing area or reference ere.; m2, f t 2
MRP moment ref erencc point
M P moment reference point on X axis
YMRP moment reference point on Y axis
mRP mament reference point on Z axis
SUBSCRIPTS b 1 6
t (0
base local s t a t i c conditions t o t a l conditions f ree streem
H W C L A R I R E (continued,)
CA
CY
CAB
CAF
CIM
D m m 7 normal-farce coefficient; nOrPU1 force
q6
axial-farce coefficient; a x i a l force q8
aide-force coefficient; aide force qs
forebody exial force coefficient; CA - c ~ b
rolling-mombnt coefficient;
ADDITIONS TO NOMENCLATURE FOR
MSFC TWT 531
SAD SAC SYMBOL SYMBOL
Horizontal separation distance from orbiter moment reference center (MRC) to tank MRC, positive forward.
DELTAX
Vertical separation distance from orbiter moment reference center (MRC) to tank MEC, poeitive down.
DELTAZ
Normal Force Coefficient Derivative with respect to Angle of Attack, per degree, dCN/da
DCLMDA Pitching Moment Coefficient Derivative with reupect to Angle of Attack, per degree, d&/da
Axial Force Coefficient Derivative with respect to Angle of Attack, per degree, dCA/do,
CNAFO Normal Force Coefficient at Zero Degree8 Angle of Attack
Pitching Moment Coefficient at Zero Degrees Angle of Attack
CAAFO Axial Force Coefficient at Zero Degrees Angle of Attack
CONFIGURATIONS INVESTIGATED
0.006 sca le models of the 0 4 0 0 ~ space s h u t t l e o r b i t e r and its externa l oxygen
tank (EOT) were each s t i n g mounted i n the MSFC-14 x 14 inch tunnel u r t l i z i n g the
MSFC dual s t i n g rupport system f o r capt ive separat ion t e s t i n g (see F i ~ ~ ~ r e 1 ),
Sketchee of these models are shown i n Figures 2 through 6 . Pert inent dimen-
s iona l information i e a l s o given i n Table I f . A complete run summary is contained
i n Table I , the Data Set Collation Sheets.
Figure 7 depic ts the tank separat ion f i e l d mapped during these investigation8.
Since the plot ted da ta a r e shown non-dimensionalized by the wing mean aerodynamic
chord (E), a t ab le is included on t h i s f igure t o r e l a t e the dimensional value t o the
non-diolensional value.
TEST CONDITIONS
Table I I I l i e t s the tunnel conditions prevai l ing during the tests. Testing
procedure coxwisted of s e t t i n g the EOT moment reference center (MRC) a t a p a r t i c u l a r
predetermined f i e l d pos i t ion (see Figure 7 ) beneath the o r b i t e r and a t some re la-
t i v e incidenca angle t o the orbbter. The tunnel would then be s t a r t e d and the two
model. pitched together through an o r b i t e r a w l e of a t t a c k range of -5' t o 20' ( the
tank angle of a t t a c k would vary depending on the r e l a t i v e incidence angle between
the two vehic ler ) , A t the end of an alpha sweep the tunnel would be stopped and
the EOT moved t o another por i t ion or incidence angle and the process repeated.
TEST FACILITY DESCRIPTION
The MSFC ih x 14 Inch Tr i son ic Wind Tunnel i s an i n t e r m i t t e n t blowdarn
tunnel, which opera tes by high pressure a i r f lowing from storuge t o cd ther
vacuum or atmospheric condi t ions . A Mach number range from C.2 t o 5.05 i s
covered by u t i l i z i n g two interchangeeble test sec t ions . The t r anson ic sec-
t i o n permits t e s t i n g a t M c h 2.75 t o 5.35. Mach numbers between 0.2 and 0.9
a r e obta ined by us ing a con t ro l l ab l e d i f f u s e r . The range from 0.95 t o 1.3
i s achieved through t h e use of plenum suc t ion and per fora ted wal ls . Mach
numbers of 1.46, 1.96 and 2.48 a r e produced by interchangeable s e t s of f i x e d
contour nozzle blocks. Above Mach 2.48 a s e t of f i x e d contour nozzle blocks
m e t i l t e d ~ n d t r m s h t e d automat ic~l1.y t o produce any d e s i r e d Mach number
i n 0.25 increments.
A i r i s aupplied t o a 6000 cubic foot s to rage tank a t epproximately -40 '~
dew po in t end 500 ps i . The compressor i s a th ree-s tage r e c i p r o c a t i n g u n i t
d r iven by a l5OO hp motor.
Ihe tunne l flow i s e s t a b l i s h e d and con t ro l l ed wi th a servo ac tua ted ga t e
valve. The con t ro l l ed a i r flows through t h e valve d i f f u s e r i n t o t h e s t i l l i n g
chamber and hea t exchanger where t h e a i r temperature can be con t ro l l ed from
ambient t o approximutely 180'~. The e i r then passes through t h e t e a t ~ e c t i o n
which contains t h e nozzle blocks end t e s t region.
Downstream of t h e tes t sec t ion i s a hydrau l i ca l ly con t ro l l ed p i t c h sec-
tor t h a t provides e t o t a l angle of a t t a c k range of 20' (+lo0). S t i n g o f f s e t s
end extensions e r e uva i lub le for ob ta in ing var ious maximum angles of a t t a c k
up t o go0.
DATA REDUCTION
The aerodynamic force, and momenta measured by the internal etrain gauge
balance have bran reduced to coefficient form utilizing the folSowing reference
information:
SgEF m Reference Area (sq. in. ) " - Reference Length (in.) bpep - Reference Span (in.) Momeat Reference Centers:
XcO (inchar aft of nose)
Zcg (inchu)
Base Arerr (aq. in.)
Cavity Areas (aq. in. )
ORBITER
16.357
3.657
5 . 207 0.6 below upper surface
On orbiter centerline
0.919
0.627
0.288 above tank centerline
On tank centerline
TABLE 11. MODEL COMPON&NT DESCRIPTIOITS
MODEL COMPONENT: - BODY - B,
GENERAL DESCRIPTION : 040A Orbi t.er Rody -
PRAWING NUMBLR: - JLP SDD 9-24-71
DIMENSIONS :
Length
Max. WIdth
Max. Depth
F i nenes s Ratio
THEORETICAL ACTUAL WSURED
FULL-SCALE
1315.
A r e a
Max. Cross-Sectional 306.2 ft2
Planf o m - 1676. ft2
Wetted 6530. ft2
Bare 198. ft2
1.590 in. 2 - --
8.68 in. 2
33.8 in. 2
1.546 in. 2
TABLE 11. MODEL COMPONENT DESCRIPTIONS(Coatinued)
GENERAL DESCRIPTION: 040A Orb1 t e r c1 I pped del ta wlng
34AUING NUMBER:
DIMENSIONS : . - THEORETICAL ACTUAL HEASllm
TOTAL DATA PULL-SCALE MODEL SCALE MDDEL SCALE
Area ~1 anf o m k sf p2 Wetted
Span (equivalent) 882. Aspect Ratlo
5.292 Rate o f Taper
1,n2 1.712 0- -0
Taper Ratio 1486 -.1486 Dlehedral Angle, degrees 7.0 1.0 Incidence Angle, degrees 1 - 5 1-5 Aerodynamic Twist, degrees 0 Toe-In Angle , -- me
Cant Angle -. Om . Sweep Back Angles, d e g m s 60. Leading Edge 60.
Trai 1 i ng Edge - D 0.25 Element Line 52.4 52.4
Chords : Root WIng Sta. 0,O) t 897. Tlp, equivalent) 133.3
+ . MAC 609.5 3,657 Fus . Sta. o f .25 MAC XC-, ,5,36. W.P. o f . a25 MAC Z 302.3 B.L. o f .25 MAC Y - 165.7 ,996
A1 r f o i 1 Section -- Root NACA 0008-64 NACA 0008-64 Ti P NACA 0008-64 NACA 0008-64
EXPOSED DATA
2010. ft2 14,45 in. 2 Area Spm , (equi val en t) 618. Aspect Ratio 1.590 Taper Qatl o - ,1850 L* -4.lBB- Chords
Root 720. 4.32 -- Tip WC z A FUS. Sta. o f ,25MC X
z 6,87
Y.P. o f 025 MAC 1,87 - B.L. o f .25 MAC Y 232.8 1,397
TABLE 11. MODEL COMPONENT DESCRIPTIONS (Continued)
GENERAL DESCRIPTION:
THEORETICAL ACTUAL MEASURED
FULL-SCALE MODEL SCALE MODEL SCALE DIMENSIONS:
Area
Span (eauival ent)
Inb'd equivalent chord
456- ft L 2.36 in. L
O u W d equivalent chord
Ratio movable surface chord/ total surface chord
A t Inb'd equlv. chord -1662 -1662
A t Outb'd equiv. chord .517 - .5 l7
Sweep Back Angles, degrms
Leading Edge
Tail ing Edge
Hinge1 lne
2240. ft3 -835 i n . 2 Area h n t
(Normal to hinge line)
TABLE I I. MODEL COMPONENT DESCRIPTICNS (Continued)
MODEL COMPONENT : VERTICAL TAIL - V,
GENERAL DESCRIPTION: CENTERLINE STABILIZER
DRAWING NUMBER : JLP SOD 9-24-71 . ..
. DIMENSIONS: TEEORtTICAL AClCUAI, MEASURED
TOTAL DATA
Area PI anf o m Wetted
Span (equlval t n t ) Aspect Ratio Rate o f Taper Taper Ratio Di ehedral Aqg la, degrees I n c l dence Arm! a , degrees --
Aemdynaml c Twi s t , degrees Toe-In Angle Cant Angle Sweep Back Angles, degrees
Leadlng Edge Tral 1 I ng Edge 0.25 Element Line
* Chords :
39.23 Root Wing Sta. 0.0) Tip, t equivalent) MAC Fus. Sta, o f .25 HAC - MOP. o f .25 MC B.L. o f .25 MAC - - -
A i r f o i l Section Root Ti D
V, NACA 001 2-64
A m Spm, (equivalent) Aspect Ratio T rper Ra tl o Chords
Root TIP w Fur. S k . o f ,25 MC W.P. o f .25 UAC B.L. o f .25 )1AC
TABLE 11. MODEL COMPONENT DESCRIPTIONS (Continued)
MODEL COWONENT : V, RUDDER
GENERAL DESCRIPTION :
DIMENSIONS :
Area
THEORETICAL ACTUAL MEASURED FULL-SCALE MODELSCALE MODELSCALE
135.6 ft2 ,702 in. 2
Span (equivalent)
Inb'd equivalent chord
Outb'd equl valent chord
Ratio mvable surface chord/ total surface chord
A t Inb'd equiv. chord .40
A t Outb'd equiv. chord .40
Sweep Back Angles, degrees
Leading Edge
Talling Edge
Hlngel I ne
Area b n t (Normal to hinge 1 ine)
29.1 - - . I45 in. 3
TABLE 11. MODEL COMPONENT DESCRIPTIONS (Continued)
GENERAL DESCRIPTION:
Blunt cone-cylinder c e n t e r l i n e tank w i t h a f t boat t a i l .
'cone = 15". Nose radius = 22 i n . f u l l - s c a l e .
Diameter a t base = 274 i n . f u l l - s c a l e . ----
DRAW I NG NUMBER : - THEORETICAL
FULL- SCALE MODEL SCALE
1867 i n . 11.205 i n .
DIMENSIONS : MODEL SCALE
11.11 i n . Length
Max. Width
Max. Depth
Fineness Rat io
Area
301 i n . 1.806 i n .
301 i n . 1.896 i n .
Max, Cross-Sectional 494 ft2 - 2.562 i n . 2
Planform
Wetted
Base 2.125 i n . L
TABLE 111.
T E S T C O N D I T I O N S TEST MSFC TWT 531
r . RElYNOLDS NUMBER DYNAMIC PRESSURE STAGNATION TPIPERATURE
, MACH NUMBER par unit length (poundrleq . inch) (degrees Fahrenheit) k
0,6 4.7 I 4.35 1 00
BALANCE UTILIZED: MSFC BALANCE NO, 232 AND 227
CAPACITY : ' COEFFICIENT
TOLERANCE:
TABLE IV. INDEX TO MODE& FIGURES
F I W TITLE - 1 S ace Shuttle P a r e l l e l Staging System for the WFC E 1 x 14-1nch Trioonic Vind Tunnel
2. General Arrangement, MSC 0 4 ~ - A Orbiter
3. Bl, Baseline Fuselage
4 . Wing Flap and Elevon - WW 5 V1, Vert ica l T a i l and Rudder
6 . HO Tank, T1
7 . Separation Variable Grid
8 . Bse and Cavity Pressure Locations
PAGE -
TABLE V
INDEX TO DATA FIGURES
A) CN, CIM, CAvs a
1) IlCN/DA, D O A , DCA/DA, C m , CLMAF'@, CAAF8 ve AZ/<.
I
'TITLE
Effect of Tank Separation Distance on Orbiter Longitudinal Characteri~ticr
Effb~t of Orbiter Separation Distance on Tank Longitudinal Characterirticr
Summary Stability Data for Orbiter in Proximity of Tank
Sumnary Stability Data for Tank in Proximity of Orbiter
J
COEFFICIR?TS PuymTED:
CONDITIONS VARYING
A Z / ~
AZ /c
AX/:
AX/;
COEFFICIENTS PLOTTED
A
A
B
B
PAGES
i
1-66
67-132
133-148
149-174
L
. ,
. . , .
' . t: .
PICURE 5 - VA VERTICAL TAIL AND RUDDER
PIS. 9.75
Moter: All dl~un81oao are mdal male in iwhe8. Var t i ca l -1 attach46 at B o L o 0.00.
'd' v,
I I ORBITER BASE PRESSURE
ORBITER BASE PRESSURE NOb 2
PRESSURE NO
EOT CAVITY PRESSURE NO
NO. 1
D A T A F I G U R E S
Tabulations source data
of the plotted data and corresponding available from 8AI);BAC
29
Operatione.
EFFECT OF TANK SE
' " FmTrr T- TER
-t 1
ORBITER ANGLE OF A T T A L ~ , ALPHA* DEGREES
MSFC TVT 531 ORBITER I N P R O X I M I T Y TO TANK CS600011 08 JUN 72 PAGE I
oRe1 TER ANGLE OF A T TACK, ALPHA, DEGREES
CS600011 08 JUN 72 PAGE 2
EFFECT OF TANK SEI B S @ l " ' ~ ' l f ' l ' .
b
b
.W '
.(U
.at - . .
.m
ORBITER ANGLE OF ATTACK* A L P I ~ A B QEGREiS
MSFC T W T 531 O R B I T C R IN P R O X I M I T Y TO TANK CS60C011 08 JUN 72 PAGE 3
ORB! TER ANGLE OF ATTACK* ALPHA, DEGREES RElEIENCC tNC0RWAttON
s a w t0.3STO SQ.IN. LRC? 8.aSTO tM. W C C 1. Reto I*. # Y I P S.80VO I N . TWR* 0,0000 I N * ZMR* 0. a000 t W . SCALE 0.0000 s c a t
MSFC TWT 531 ORBITER I N P R O X I M I T Y TO TANK [ A 6 0 0 0 4 1 10 MAY 72 PAGE 4
ORBITER ANGLE OF ATTACK, ALPHA, DEGREES
MSFC TWT 5 3 1 ORBITER IN P R O X I M I T Y TO TANK C A 6 0 0 0 4 1 1 0 MAY 72 PAGE 5
ORBITER ANGLE OF ATTACK. ALPHA, DEGREES ItICRLWCL I**Ol*ATlOW
sacr 1 o . m ~ ~ $0. In. LRCI S.0110 I*. OIL* 5 RWO I*. XMIC s .@OTO In. TWIC o.0000 IN. ZWIC 6.0000 1n. 8CALt 0.0000 8CAH
MSFC T W T 531 ORBITER IN PROXlMiTY TO TANK CA600041 10 MAY 72 PAGE 6
PARAT I ON D I STANCE (DELTA2 I ON ORB I TER LONG. CHARACTER I S T I CS 'f-fvm- T-f T -T- f r I 7
/ ORBITER A N G L E OF A T T A C K . A L P H A , DEGREES St(r0OL D C L T ~ IARAMCTR IC VALUES RCCCRENCC 1WOIIWAtION
0.000 nrcn 0.000 IRCF ao.ssto s a . 1 ~ . 2 ::::: ::::AX 0 1 ALPHA1 1.000 8RCC LRCF (.@ST0 8 .me0 I*. I*.
0 O.TO@ XMRC I.ROI0 I*.
0 1.000 WRC 0.0000 I*. znnr o.0000 I *. MALE 0.0000 8CALL
#IcRcwCL I I LC
MSFC TWT 531 ORBITER IN PROXIMITY TO T A N K C A 6 0 0 0 2 1 10 M A Y 72 P A G E 7
OHUI TCR ANGLF' OF AT TACK, AL!'t IA* Uf.GHf.f S
R L ? t R t * C t 1NCoRMAT1OW U C ? 0 . S 9 7 0 8 o . t N . LRC? 8 . 0 1 7 0 I*. mmtv a. R*RO I*. m* a .ROT0 I*. TWRC 0. 0000 I*. ZDIR c O..ODO I*. W A L E 0.0060 @ C A L I
ORB1 TER ANGLE OF A T I ACKe ALf'tIA, DLGfK L S
MSFC TWT 531 ORBITER I N PROXIMITY TO TANK C A 6 0 0 0 3 1 10 MAY 72 PAGE 10
CHARACTER I ST I CS ---rT--fl
IN ORBITER ' T l r LONG, . , I
-
ORBITER ANGLE OF ATTACK* ALPHA, DEGREES RLlLRCNCC INCORMATION
#REF 10.8¶tO SO. I N . 2 LRCl 8.0¶10 I*. DRCF 1. tW0 IN. UWRC m.tot0 IN. TNRP 0.0000 l*. ZIRP 6.0000 I# . SCALC 0.0000 #CALK
S ~ M B O L OCLTAZ PARAMETR 1 C VALUES
B ::::: ::::A, 0.000 w~cn 0.000 l . L S 4 ALPHA1 S.000
0 O.T.* LJ 6 .moo
M S f C T W T 531 ORBITER I N PROXIMI lY TO TANK CA600031 10 MAY 72 PAGE 1 1
ORB1 TER ANGLE OF AT TACK AL.PtIA, OFGRECS
MSF-C T W T 5 3 1 ORBITER I N P R O X I M I T Y TO TANK
R ~ ~ C I ~ W C L INCORMAT IOU
8111 l1.SSTO 8O.tN. L I C I s.1sr0 IN. ORCC s .ma0 IM. XMRP s.eoro IN. TWRC 0.0000 IN. ZMRC 0.0000 IN . W A L E 0.0010 S C I U
( A 6 0 0 0 3 1 1 0 MAY 72 PAGE 12
ORBITER ANGLE OF ATTACK* ALPtiAe DEGHCES 8 1 ~ 0 0 ~ OCLTAZ CAIAHCTRIC VALULI RLCLlCNCt IN10RUAtION
0.T09 #ETA 0.000 MACH I .@a@ mtr 10.a9ro 8 e . w .
2 1 . W S OCLTA. - 0 &LIMA1 0.000 L l t t 8.88TO I*. wtr 5 z e ~ g o IN.
0 1.000 UMRC #.COT0 IN . TMlC 0 . 0 0 0 1 I*. ZMIC 0.0000 I*. WALL 0 . 0 0 ~ 0 #CALL
R C I I l l W C l F f L I
MSFC T W T 531 ORBITER IN P R O X I M I T Y TO TANK [A600071 10 MAY 7 2 PAGE 13
ORBllER ANGLE OF ATTACK, ALPHA* DEGREES
MSfC T W T 531 ORBITER 1N P R O X I H I T Y TO TANK
CHARACTER T - T - T ' p w
ORBITER ANGLE OF A T T A C K , ALPHA* DEGREES WMOeL O I L 1 4 2 @ARAWCTRIC V A L U C l
@ . O W MACH 8. b6O 2 ::::: A 0 * 8 8 , ALPHA1 @.OW 0 1.000
STICS
MSFC I W T 531 ORBITER I N PROXIMITY 10 TANK (A600071 10 MAY 73 PAGE 15
3RBITER ANGLE OF ATTACK* ALPHA* DEGREES RCIERLWCC tWIORnATlOW
U C I lO.SS?O 8Q.lM. L R C I S.6STO t*. PREP I LO t o . r n R S.LO?O In. W R P 0.0000 la. ZWRP 0.0900 t a . SCALL 0.0060 8CALE
MSFC TWT 5 3 1 O R B I T E R IN P R O X l P l l T Y TO TANK [ A 6 0 0 0 6 1 1 0 MAY 72 PAGE 1 6
TANCE (DELTAZI ON ORB1 TER LONG. CHA KTERIST ICS ----
ORBITER ANGLE OF ATTACK* ALPHA. DEGREES
MSFC iUT 531 ORBITER I N PROXIMITY TO TANK (A600061 10 MAY 72 PAGE 17
CHARACTER I ST I CS
SRCt lO.SS10 8Q.IN. LRCC f .os10 IN. #RCt 9. m110 IN. XYRC 9.11010 IN. V*RP 0.0000 IN. Z*RC 0.0000 11). U A L C 0.0000 8CAlt
MSFC T W T 531 ORBITER IN PROXIhITY TO TANK (A600061 10 MAY 72 PAGE 18
EFFECT OF TANK SEPARAT I ON D I STANCE t DELTA2 I ON ORB 1 r I I I V W r r v r w r r 9 1 1 r r r I
a
I TER LONG. CHARACTER1 ST I C S
ORB1 TER ANEL€ OF A T T A C K , ALPHA. DEGNCES RCVERLNCC IN?(
SRCC 18.S9tO LRCI S.8StO OIL? a . am10 X M R P S .10?0 rmv o.oooo IMIP o.aooo ~ C A L C o. ooao
SYMBOL OCLTAZ CARAMLTR 1C VALUES 0 BETA 0.000 MACM 1. *a0 8 O.lls OWAS 0.0.t ALCWAI 0.000
0 o.m* *.ST9 R ..000
ncrrncncc PILL
MSFC TWT 531 ORBITER I N PROXIMITY 70 TANK
S4.1N. IN . t N. IN . IN. I*. SCALC
[KO0051 10 MAY 72 - . P A G E 19
MSFC T W T 531 ORBITER I N PROXIMITY TO T A W
REICILNCC t MCORW*t tOW IRCC 1e.ssvo re. tr. L I E * S.01TO I N . DREC S. 8**0 tw. # H I P I. COIO tw. TMIC 0.0000 f a . ZMRC 0. a000 1 N. BCALL 0. ooeo )CALI
CA60005) 10 MAY 72 PAGE 20
CHARACTER I ST I CS EFFECT OF TANK SEPARATION DISTANCE (DELTA21 ON OR
ORB1 TER ANGLE OF ATTACK* ALPHA, DEGREES NCOAMATION
b TO SQ.1N. 1 1 0 I N . ILO I*. I t 0 I N . too rn. 100 I N . 160 SCACL
(A600C51 10 MAY 71 PAGE 21 MSPC T W T 531 ORBITER I N P R O X I M I T Y TO TANK
EFFECT (K TANK SE a * @ F-
a*@
a*.
a*v
0 .a
O*@
0.4
0.8
0.R
0.1
0.0
-0.1
-0.t
-0.8
-0.4
-0.l
MSfC T W T 531 ORBITER IN P R O X I M I T Y TO TANK (A600081 10 MAY 72 PAGE 22
8 4 a 0 10 I e 10 10 10 LO r i i3RBITER ANGLE OF ATTACK* ALPHA* OtljREES
SYMOOL OLLTAZ r ~ R A n c t R t c VALWI o .OW w~cn a .900 !2 ::z ::::A# - O.t.8 ALP,,, 1.000
0 S.OOQ
MSFC TWT 531 ORBITER I N P R O X I M I T Y TO TANK (A600081 10 MAY 72 PAGE 23
ORBITER ANGLE OF ATTACK, ALPHA, DEGREES
~ R C F t0.ssro 8 e . t ~ . LRCF 8.0870 I*. @Rev 9. RSRO tW. UWIC S . @ @ I 0 IN. VWRC 0.00b0 111. z r ~ r O. a000 IN. WALL 0.0000 MALL
MSFC T W T 531 ORBITER I N P R O X I M I T Y ' TANK CA600081 10 MAY 72 PAGE 24
STICS -rl-
ORB] TER ANGLE OF ATTACK, ALPHA, DEGREES
MSFC TWT 531 3RBITER I N PROXIMITY TO TANK [A600091 10 MAY 72 PAGE 25
EFFECT OF TANK TERISTICS
8 4 8 10 1 R (4 I 0 10 88
ORBITER ANGLE OF A 1 TACK. ALPHA, DEGREES
RLILRCMCL l l L L
M S f C TWT 531 ORBITER IN PROXIMITY TO TANK (A600091 10 MAY 72 PAGE 26
." , . - 'A-
+ ." . . . .. L
'4 ' . " . ' . . . I
' , . I . .. . .
, . , * , : . , ' -, 7 7 ' : - ' . 1 , ~
.h . I , .-. .
ORB1 TER ANGLE OF ATTACKe ItLPtIAe DEGREES
MSTC T W l 531 ORBITER I N P R G X l M l T Y TO TANK [A600091 iO MAY 72 PAGE 27
ORB I TER ANGLE OF ATTACK* ALPHA', 0EGHE:F.S CAIAWCtRI C VALVCI RCCCRCNCE INlORMAt ION
MSFC TWT 531 O R B I T E R IN P R O X I M I T Y TO TANK [ A 6 0 0 1 0 1 1 0 MAY 72 PAGE 38
ORBITER ANGLE OF ATTACK, ALPHA, DEGREES R L * ~ R C N C C I N ~ O R W A ~ ION
r a w 16.S1VO 80.1N. LRCC 8.WVO I N . DRC* s .em10 IN. tWRC s.eov0 I N . TWR? 0 .0000 I N . ZMRC 0 . 0 0 0 0 I N * .CALI 0 . 0 0 0 0 .CALI
MSf C TWT 531 ORS! TER I N PROXIMITY TO TANK C A 6 0 0 1 0 1 1 0 MAY 72 PAGE 29
TER T
LONG. r
CHARACTER I --
O R B I T E H ANGLi. OF ATTACK, ALPHP. DEGREES a w e 4 ~ ' OCL TAZ CARAWCTR IC v r L w a
0.888 ~ C T A o.ooo mrcn I .*a0 0 8 0 ALCHAI S.000
0 1.818 0 m.000
RCCCRCWCE INCO(IWITIOW 8RfC 18.SStO 8 O . t R . LRCl 1.0110 IN. @If t 8.tSRO I N . XWRC S.RO10 IN. 1MRC 0.0000 IN. ZWRC 0.0000 I w . a c r u a.oooo ~ C A L C
MSFC TWT 531 ORBITER IN P R O X I M I T Y TO T A P 6 [ A 6 0 0 1 0 1 1 0 MAY 72 PAGE 30
R L I I R I Y C C l t C I
MSFC TWT 531 ORBITER IN PROXIMITY TO TANK I A 6 0 0 1 3 1 1 0 MAY 72 PAGE 3 1
ORBITER ANGLE OF A T T A C K * ALPHA* DEGREES RCCCRCNCC I N C O R M A t 1 W
8RC? 1 8 . 1 S 1 0 8O. IW. L I C C 8 .8SVO I*. DRC? B e 2 9 2 0 1 W. XNRC a.2010 t W. V Y I C 0.0000 I*. ZYRP 0 .a000 I N . ~ C A L C O.OOIO a c q r
MSFC T W T 531 ORBITER I N PROXIMITY TO TANK (A600131 10 MAY 72 PAGE 32
ORB1 TER ANGLE OF A rTACK* ALPHA* DEGREES RLCcnCOCL tMlOI I~4TtOW
SRCl 18.SSVO 8O.tW. LRCr S.8STO I N . @REF 9 .@BRO IN . XWRP 9. @O?O tm. TWR? 0.0000 I N * ZWR? 0 .8000 I N . U A U 0 .0010 SCALC
MSPC 1 W T 531 ORBITER I N P R O X I M I T Y TO TANK (A600131 10 MAY 72 PAGE 33
O R ~ I T E R ANGLE OF AT TACK* ALPHA* Of GREES l L C C l t N C L I N I O R W A T I O N
8 l t l l O . S S t 0 SO.I*. L l t I S . O S ~ O I N . ~ R C C 1 . @ s t 0 t n. XNR? S .ROIO 1 me VWI? 0.0000 I N . ZWl? 0. eooo I N . M A L t 0.0010 8 C 4 C I
MSPC TUT 531 ORBITER IN P R O X I M I T Y TO TANK C A 6 0 0 1 1 1 1 0 MAY 72 PAGE 34
. - . ,,
, .. I . . . ' A . ,t*.', ,, , , . . \ , , :;
I . ' .:.. . 4' , _ . . ' 8 . 7 I ' . . . . , , . . . ,
,' . , J , ., . .' . . .. . . * , #-.*fl, . , : ' t . . ' I I . .
' 1 . ,* , \ . . . . . .
' b 1 . . . ' , .'-. ' I . . '
, . .
ORBITER ANGLE OF ATTACK. ALPHA* DEGREES STYSOL OLLTAZ CARAWCTI I C VALUES
B ::::: ::::A. 0.000 MACH 4.000 0 ALPHA1 0.000
0 0 . S W ' 0 a. 000
MSFC TWT 531 ORBITER IN P R O X I M I T Y TO TANK t A 6 0 0 1 1 1 1 0 MAY 72 PAGE 35
ORBITER ANGLE OF ATTACK, ALPHA, DEGREES BIWIOL OLLTAZ C A l A W T R l C VALUE8 rcrerrwct r r r r o a a r r t o w
O a S W O I T A 0.000 WACY 4.000 B ..SSS OIL... M I I 1 1 . 8 S t O O e e I H .
00111 ALPM41 0.000 L I L I 8eOSTO 0 0. S@8 @ R I P @. 8*80 IN.
I N .
0 @ o o o e Inn) # .8OIO I N . tnw o.oooo. IN. X M C 0.1000 U A L C
I H . mrrracr rrrc 0. ooae rcrq
MSPC TWT 531 ORB17ER I N P R O X l M I f Y TO TANK C A 6 0 0 1 1 1 10 MAY 73 PAGE 36
mtr 10.asvo IN, CItV 8.0S10 I*. @REV 8 R9RO I@. #NIP 8.8010 In. VNIP 0.0000 IN. ma, 0. 0000 IN. MILE 0.0060 8C4U
MSFC TWT 531 ORBITER IN P R O X I M I T Y TO TANK C A 6 0 0 1 2 1 10 MAY 72 PAGE 37
ORBITER ANGLE OF ATTACK, ,4LPHAs OEGRCES
MSfC T W T 531 ORBITER IN PROXlMlTY TO TANK (A600121 10 MAY 72 PAGE 38
! I TER LONG . 1 1 . , , ,
ORBITER ANGLE OF ATTACK, ALPHA, DEGREES
MSFC T W T 531 ORBITER IN PROXIMITY 70 TANK (A600121 10 MAY 72 PAGE 39
ORB1 TER ANGLE OF ATTACK, ALPHA* 0EGRC.t-S acvmcuct INCORWA~IOW
8 R L I 18.SStO 8 Q . I l . L ~ C I a . s s t o ~ n . B R C I 9.8BRO I N . RWRC 8.80VO 111. 1WRC 0 .0000 I N . t W I P 0 .8000 In. $CALL 0.0000 8 C A L I
MSFC T W T 531 ORBITER I N P R O X l M l T Y TO TANK [A600171 10 MAY 72 PAGE 4 0
Rt?LncMCt IWrORMAflOM 8RC? 8S.SST0 8O.IW. LRt? 31.0S70 I*. BREV s .esro I*. XMR? 8. ROT0 I*. rnr? 0.0000 I*. tmnr a. 0000 IW. )CALI I. 0000 8CILI
MSFC T W T 531 ORBITER I N PROXIM!TY TO TANK C A 6 0 0 1 7 1 1 0 MAY 72 PAGE 4 1
a t v c a t w t IWFOIMAT~OI~
8RCP [email protected] & @ . I M e L l L l D.@8tO IN. O@Cp I. ?9?0 IN. XNRC I.8010 I*. wap 0.0000 tw. zmnc 0. WOO tw. WILL 0.0010 8C4Lf
CA600171 10 MAY 72 PAGE 42 MSFC T W T 531 ORBITER IN PROXIMiTY TO TANK
ORBITER ANGLE OF ATTACK* ALPHA* DEGREES 8VWIOC OCLTAZ PAIIAMLTRIC VALUCS
0 @ETA 0.000 MACH 4 ,000 0 6 6 ALPHA1 1.000
0 0.T.S 0 s . 000
RC6ERCNCt INCORWAttON SRCI te .s110 8O.IN. LREC S.@910 IN . BRCI s .eseo IN. UWRP s .eoro I N . TWRP 0 .0000 I W . ZWR * 0.0000 tN. 8 C I L C 0.0060 8CALE
MSFC TWT 531 ORBITER I N P R O X I M I T Y TO TANK ( A 6 0 0 1 4 1 1 0 MAY 72 PAGE 4 3
CHARACTER 1 ST ICS
ORBITER ANGLE OF ATTACK* ALPHA, DEGREES #tMBCK OCLTAZ ?ARAMETIf C VALUCB
0 . ~ 9 ~ BETA o .ooo ~ A C M 4.000 0 . a ~ 4 4 ~ ~ 1 S . 0 6 0
0 0 . v m a 1.000
RCCCRCNCt I N t O a W A T 1 ~ S R ~ [email protected] 8 0 . tN. LREl t .o9r0 IN. BRL* ).*St0 IN. nnac I. ROTO IN. Wac 0.0000 IN. zmnc o.eooo IN. SCALE 0. O Q I O 8CALC
MSFC T W T 531 ORBITER I N P R O X I M I T Y TO TANK C A 6 0 0 1 4 1 10 MAY 72 PAGE 44
OCC TAZ 0 .99s @.as1 0.T.S 1.000
IN ORB1 TER LONG. CHARACTER I ST I CS
ORB1 TER ANGLE OF ATTACK, ALPHA. DEGREES '
i M S f C TWT 531 ORBITER I N PROXIMITY 10 TANK
#ECERCNCC lNCORMATlOM w r t o . ~ s r o SO.IW. LRLI s .0sro I N . ORCI S. RStO I N . l M I P s .ROT0 I*. YMRP 0.0000 I N - ZWRP 0.0000 IN. WALL 0.0000 $CALL
10 MAY 72 PAGE 45
R f I t l C N C t I N C O I Y ~ T I O N 8 R L I I @ . S 5 ? 0 6 0 . 1 N a LRCC I . @ 5 t O I N . I l L C # R W O IN . XWR S.RO?O I N . TWRC a. 0000 I N . 211) 0. S O 0 0 I N * 8CALC 0 . 0 0 6 0 )CALL
MSFC TWT 531 ORBITER I N PROXlMITY TO TANK (A600161 10 MAY 72 PAGE 4 6
. . , , . . . ; ...; '.~:- . . . . . *I . ., , .. : ;/ .:. . ,;.& . . ' . :-- ., . ./: . . . . . . . . r . : ' . . . -:. .: . . %
CHARACTER 1 ST 1 CS
rvboc OCLTAZ CARAWE TR 1c VALUES 0.91s W T A 0.000 w~cn 4.000 2 ..set ocLrAx I ALPMAI s.ooo
0 1.000
ORBITER ANGLE Of ATTACK, ALPHA* DEGREES
MSFC T W T 5 3 1 ORBITER IN P R O X I M I T Y TO TANK ( A 6 0 0 1 6 1 1 0 MAY 72 PAGE 47
nvcnmcc vrLc
MSFC TWT 531 ORBITER IN PROXIMITY TO TANK [A600161 10 MAY 72 PAGE 48
ORB I TER ANGLE OF ATTACK * AL-PkIA I DEGREES OV*@OL OCLTAZ * & I AWLTI I C VALUCS I C I C I C N C C INCOIMATION
0.000 n ~ c n 0.000 SILI t o . 8 ~ 1 0 o 0 . 1 ~ . 8 O*sss 0 OCTA OILTAM 1 . 0 8 AL@MAI @.OW L f f f l 8.6S10 I N .
0 WEI s .ewe IN. S.dO0 XMRP 1 . 8 0 1 0 I*.
TmaP 0 . 0 0 0 0 I*. ZMI? 0 . 0 0 0 0 I N . actt'.t 0 , 0 0 6 0
~CICRCUCI r t u 8 C A U
M S ~ C T W T 531 ORBITER IN PROXIMITY TO TANK i A 6 0 0 1 5 1 1 0 MAY 72 PAGE 49
MSFC T W T 531 ORBITER I N P R O X I M I T Y TO TANK (A600151 10 MAY 72 PAGE 50
ORBITER A N G L ~ OF A T T A C K * ALPHA. DEGREES RCCCRCNCC t N r o w A t l o N
8RCC 1a .3¶?0 80.1N. LRC? S.e9?0 In. BRCC 9 . RSRO t n. XIRC b.RO?O I N . YIRC 0 . 0 0 0 0 I N . ZMRP 0 . eooo IN. ~ C A I C 0. 0 0 6 0 WALE
MSFC TVT 531 ORBITER I N P R O X I M I T Y TO TANK CA600151 10 MAY 72 PAGE 51
EFFECT OF TANK
ntvtrtncc rnrormfitton 8lCc I8.SSTO 80. tM. LRW t.asro rn. BRZF s. eseo I Y . XMRC I.LOtO 1W. 1MRP o.oor,o IN. ZYRC 0.8000 I W . 8CALC 0.OObO 8CALC
CF6OOZOl 08 JUN 72 PAGE 52
o 4 e 10 at 10 4 18 t o 81
ORBITER ANGLE OF ATTACK* ALPHA* DEGREES
\RAT ION DISTANCE ( M L T A Z I ON ORB1 TER LONG. CHARACTER1 ST I C S
,Y MEOL OCL TAZ PARAWETRlC VALUES 0 . 1 4 9 mETA 0.000 MACH 4 .OOO
O . t T i ALPHA1 10.000
OAtA MIST. COOL M
ORBITER ANGLE OF A T T A C K * A L P H A * DEGREES
MSFC T W T 531 ORBITER I N P R O X I M I T Y TO TANK
RCCCRtNCt 1NrORWATlON 8 R % l 1@. l S ? O 80.1W. LRCC S . 6110 IN . W E ? I .89@0 I N . XWRP I. e o ~ o In. VMRP o.oooo in. ZWRP o.aaao I w . 8CALC 0.0010 8CALC
CF600201 08 JUN 72 P A G E 53
ORBITER ANGLE OF ATTACK* ALPHA* DEGREES SlW@OC O C L t A t CARIMCTR IC V A L M I
0 . 7 4 9 BETA 0.000 MACH 4 . 0 0 0 8 0.7@. ..'TAR 0 . m ALWAI 10.000 O.@S@
O A T A M t 8 T . C o o t
MSFC T W T 531 ORBITER IN P R O X I M I T Y TO TANK CF600201 08 JUN 72 PAGE 54
ORB1 TER ANGLE OF ATTACK. AL.PHA* DEGREES RECCRCNCC INCORIATlOW
SRCC 16.8STO 8o.lW. LRCC S.6STO I N . BRLC 8 . eSR0 IN . XMRP s.eovo I W. 1MRC 0 .0000 I W . znr r o.aooo IN. WALL 0 .OO60 8CALL
MSFC T W T 531 ORBITER I N P R O X I M I T Y TO TANK [A600181 10 MAY 72 PAGE 55
ORBITER ANGLE OF ATTACK* ALPHA* DEGREES
nIrInCWCL V t L t
MSFC TWT 531 ORBITER 1N P R O X I M l T Y TO TANK
RLCCRtHCC t M C O R W A 1 1 ~ 8 R L I 10.SSTO SO. IN . L R L I 8 .0910 IN . BRCI s.rsro IN. RWR r s .tow@ IN. VWRC 0 .0000 IN . ZWRC 0 . ~ 0 0 0 I*. WALL 0. 0 0 1 0 @CALL
C A 6 0 0 1 8 ) 1 0 MAY 72 PAGE 56
ORB1 TER ANGLE OF ATTACK* ALPHA* DEGREES
MSFC TYT 531 ORBITER I N P R O X I M I T Y TO TANK 10 MAY
LV~BOL OCLTAZ PARAMETRIC VALUES 0.011 BLTA 0.000 MACH 4.000
O.Wt ALPHA1 10.000
0 s.000
aLILRLWCL VILE
T W T 531 ORBITER IN PROXIMITY TO TANK (A600191 10 MAY 72 PAGE 58
VSFC T W T
ORBITER ANGLE OF ATTACK, ALPtiAe DEGREES
R C I I I C N C C P I I S
531 ORBITER I N PROXIMITY TO TANK 10 MAY 72 PAGE 59
ORB1 TER ANGLE OF A T T A C K * A L P H A * OCGHELS
EFFECT OF TANK SEPARATION DISTANCE t DELTA21 ON ORB1 TER LONG. CHARACTLRIST ICS 1 1 1 1 1 1 1 1 1 1 m r 1 # 1 1 1 ~ 1 1 1 1 1 1 r r r v i i 1 t 7 1 r I 1 r-tq '
9
-
- -
- k ii A
9
- -
-
A.
a
MSFC T W T 531 ORBITER IN P R O X I M I T Y TO TANK (A600211 10 MAY 72 PAGE 61
ORB1 JER ANGLE OF ATTACK, ALPI1Ae CEGRCCS
MSFC TYT 531 ORBITER I N P R O X I M I T Y TO TANK C A 6 0 0 2 1 1 1 0 MAY 72 PAGE 62
EFFECT OF TANK SE \RATION DISTANCE (DELI # r , , # l l , , , , , . # , ,
IAZ) ON ORB I TER LONG. CHARACTER I ST l CS ~ ~ ~ , l ~ l l l ~ I # # , # # ~ ~ - ~ ~ ~ ~
ORBITER ANGLE OF ATTACK, ALPHA, OEGRCES
MSFC T W T 5 3 1 ORBITER I N P R O X I M l T Y TO TANK
RCFLRCMCC INCORWA t Ion $RCI 11. bStO 8@eIM. LRC? 8.(1/?0 IN . BRCC s.e*eo IN . IWRC I. g o t 0 IN . TMRC 0.0000 IN . ZWRC o.eooo tw. $CALL 0.0010 8 C I L t
( A 6 0 0 2 1 1 1 0 MAY 72 PAGE 63
EFFECT OF TANK SE
MSFC TYT 531 ORBITEd IN PROXIMITY TO TANK [A600221 10 MAY 72 PAGE 64
@LFCRLNCC lNCORWATfON SRtC l..SStO $0 . I*. L R W S.OST0 1N. ORLC 1 . 1 ~ 0 IW. XMR? 1.1010 I N . YWR? 0.0000 I N . z ~ r r o .0000 I*. )CALL O.OOIO r c r ~ g
EFFECT TANK CHARACTER I ST I C
ORBITER ANGLE OF ATTACK, ALPHA, DEGREES
MSFC TWT 531 ORBITER I N P R O X l M I T Y TO TANK
RCCERCOCL IO?ORWATtOW $RE? 16.8110 8O. tM. LRC? 1.0110 I N . BRIV 8 . m t o tn. l W l C 1. *O?O I N . VWRC 0.0000 I M * ZMRP 0.0000 tw. $CALt O.OOI0 SCALE
C A 6 0 0 2 2 I 1 0 MAY 72 PAGE 65
B 0
MSF C
I I I I c n C L ? 1 LC
TWT 531 ORBITER IN PROXIMITY TO TANK [A600221 10 MAY 72 PAGE 66
EFFECT OF ORBITER SEPAl
TANK ANGLE OF A T T A C K * ALPHA* OCGREES
MSFC TUT 531 TANK IN P R O X I M I T Y TO ORBITER
RCCCMCNCC ~ r w o a m t ~ o n ' 8ltC 10. J¶tO 8Q.lN. utr 8.0lr0 IN. DREI I. RSLO rn. X M l C 0 RRRO tW. TMRC 0.0000 IN. ZMRC - O.L.80 In. 8CALL 0.0010 8CAIL
CC60T011 08 JUN 72 PAGE 6 7
EPARAT ION DISTANCE (DELTA2 1 ON TANK LONG. CHARACTER I ST 1 CS
I L 0 0 0 10 It 10 10 10 80 8 t 84
TANK ANGLE OF ATTACK. ALPHA* DEGREES STWOL OCCTAZ CIRAMETR l C V ILUCS
53 ::Z 0.000 MACH 0. eoo 0.01 4LCMAl 0.000
0.@@8 o.... @.WO
O ~ T A M I ~ T . COOI r
MSFC TWT 531 TANK I N PROXIMITY TO ORBITER CC60T011 08 JUN 72 PAGE 68
EFFECT *a. F
8 4 * @ I0 I8 I4 I0 10 81 84
TANK ANGLE OF ATTACK* ALPHA* DEGREES
B :I::: KL 0.000 MACH O..OO u c r 1 6 . ~ ~ ~ 0 ae.tm. ObWI ALCWAt 0.000 L R C l S.OST0 I W .
DRLC S .8WO O.S*t t w . g a**.. 8kRC 0 . 1110 I*. VWIP 0.0000 I N .
s *OOO P - 0.1000 IW. OAT* n t r t . cooc w 8 C A L t 0.0060 8C4Lt
MSFC T W T 531 TANK 1N P R O X I M I T Y TO ORBITER (C60T011 08 JUN 72 PAGE 69
TANK ANGLE OF ATTACK, ALPHA. DEGREES
MSFC T w l 531 TANK I N PROXIMITY TO ORBITER CC6OT04 I 08 JUN 72 PAGE 7 0
TANK ANGLE OF ATTACK* ALPHA* DEGREES aTM@OL OIL TAZ PARAMLtRIC VALUCI
0.111 I C t A 0.000 MACH 0.600 B o...e oeLIA= I . ALPHA: 0.000 0 O.TO@ 0 1.000
MSFC TVT 531 TANH IN P R O X I M I T Y TO ORBITER
RtILRCMCt INCORMATION SRL? IOeSSrO IO.IN. LRC? 8.0110 I*. 8RL? I, aeR0 IN. UMlC 0 . R810 IN. 1MRC 0.0000 IN . ZMRC - 0.eooo IN. (CALL 0.0000 @CALL
C C 6 0 T 0 4 1 00 JUN 72 PAGE 7 1
S T I C ' r-t-r-'
,-
I TANK ANGLE OF ATTACK* ALPHA* OEGRLES
B ::::: d ::::A. 0.000 YACn O.B@t ALCWAI
B @.?a* 1.000
R M T A ~ I ~ T . COOL OIL
MSFC T W T 531 TANK IN P R O X I M I T Y TO O R B I T E R I 08 JUN 72 PAGE 74
TANK ANGLE OF ATTACK, ALPHA. DEGXEES
,.SFC TVT 531 TANK IN P R O X I M I T Y TO ORBITER CC60T021 08 JUN 72 PAGE 75
ON TANK LONG. CHARACTER I ST 1 CS
TANK ANGLE OF ATTACK. ALPHA* DEGREES RCIERLWCL tNIORMAt1ON
M C C 1~ .51?0 Sa.t*. LRL? 5.8StO I*. ORCC 9. t w o IN. IMIC O.RRRO tn. TWRP 6.0000 I*. ~ W R P - o.emo tr(. +ALL 0.0080 SCALE
MSFC TWT 531 TANK IN P R O X I M I T Y TO ORBITER C C 6 0 T 0 3 1 08 JUN 72 PAGE 76
ATTACK, ALPHA, DEGREES
CC60T 031 08 JUN 72 PAGE 77
I A N K ANGLE OF A T T A C K * ALPHA. DEGREES
M W ao.aat0 a@. t * . U I p 8.@#tO I*. 81W #.8@80 I*. D(IP @ 08880 I*. .YIP .,..~O I*.
MSFC TWT 531 TANK I N PROXItllTY TO ORBITER CC6OT031 00 JUN 72 PAGE 78
EFFECT
-
TANK ANGLE OF ATTACK, ALPHA, OEGREES
MSFC TWT 531 TANK IN P R O X I M I T Y TO ORBITER CC60T071 0 8 JUN 72 PAGE 8 0
TANK ANGLE OF ATTACK,
MSFC TWT 531 TANK I N P R O X I M I T Y TO O R B I T E R CC60T071 08 JUN 72 PAGE 8 1
TANK ANGLE OF ATTACK* ALPHA* DEGREES RCCCICNCC INCORMAT ION
8RCC ( 8 . 3 1 T O S Q . I Y . L I L C S . 8 1 1 0 I N . DRCC S . i s 2 0 I N . lWRC 8 . C t t O I N . YIRC 0 . 0 0 0 0 I N . ZWRC - 0 . 8 0 0 0 t w . 8C4LC O.OB@O 8 c h L t
MSFC 7 W 1 531 TANK IN P R O X I M I T Y TO ORBITER C C 6 0 T 0 6 1 08 JUN 73 PAGE 82
TANK ANGLE OF ATTACK, ALPHA, DEGREES SvM#OL QCL TAZ CI I IAMCTI IC VALWS 2 y: "'4 0 .000 MACH 1 .*@a
OCL T4X 0 4LPM41 0.000 0 1.000
MSFC T W T 531 TANK I N PROXIM!?Y TO ORBITER lC60T061 0 8 J U N 7 2 PAGE 83
TANK ANGLE OF ATTACK* ALPHA* DEGREES CALAWE~R I c V A L V C ~ ICICRCNCC t n t w n r t t o n
o.000 rrcn I .BW mtt I@. as70 8 0 . W . 0 . W 9 ACC)rAI @ * O W L l L t 8.@9?0 1M.
@REP #.@SRO I N . #MI? @. 8 8 8 0 111. TWRP 0 .0000 IN. ZWRC - 0 .8800 1 Y.
BAT4 WIBT. COOI MC U A U @.OO@O SCALE
MSFC TVT 531 TANN I N PROXIMITY TO ORBITER CC60T061 08 JlJN 72 PAGE 8 4
ATTACK* ALPHA* DEGREES
08 JUN ' 72 PAGE 85
CHARACTER I ST ICS
8 4 0 0
TANK ANGLE OF ATTACK. ALPHA, OEGRE~S
MSFC TVT 531 T A M IN P R O X I M I T Y TO ORBITER C C 5 0 T 0 5 1 08 JUN 72 PAGE 86
I T ION - DISTANCE [DELTAZ I ON TANK LONG. CHARAC 'IER I ST I CS
[[:GOT051 Ot3 JUN 73 PAGE 87
.":. - 3
TANK ANGLF Of' A T I A C K * A L I ' t I A * I1LGHIE.S . ' . . S T m 3 C O I C f A Z C A I I W T I l C VALUES IRl tRCWCC 1 W W W A T l O N . . 5 : 'I o.me ut* 0.- w c t t a .wo met 1a .asvo [email protected].
: A I . S ~ WLTAX - 0 . m ~ ~LPMAI 1 . 0 ~ 0 LI~C a.asvo t n .
3 0 DRC? B e8SeO tM.
s .ooo m c a. wee t n . Wac 0 .oooo t*.
i ma, - o . 8 r r o I*. f $CALL 0. ooeo SCAIC
U t * MtST. COOS #.
TANK ANGL.E OF ATTACK, ALPHA* DEGREES 1CltRLNCC INIORWAtlON
84. IN. P IN. IN. IN. IN. IW. 8CALI
MSFC TUT 531 TANK I N PROXIMOTY TO ORBITKR C C 6 0 T 0 8 1 0 8 JUN 72 PAGE 89
T A N K ANGLE OF A T T A C K , A L P H A , CEGREES
MSFC TWT 531 TANK I N P R O X I M I T Y TO ORBITER C C 6 0 T 0 8 1 08 JUN 72 PAGE 9 0
TANK ANGLE O F ATTACK, ALPHA, DEGREES 8YM(lbL OCLVAX PARIMLTR t C VALUE8 RECCltNCL 1NCORMATtON
B ::::: ::::Ax OeOOO MACH 1 910 8 R L I 11.SS?O SO. I M . 0 ALPHA1 8.000 L R C I J . 6 5 1 0
0 I N .
m.000 ~ R C I m . m e 0 XIRP I N .
1 . e e t o I N . TWRC 0 . 0 0 0 0 In. ZWRP - o.tm.0 I N . @CALL 0 . 0 0 1 0 8 C I I C
CC60T091 08 JUN 72 PAGE 91
O A T A M ~ ~ T . COOL WL
MSFC f W T 531 TANK IN PROXIMITY TO ORBITER
TANK ANGLE OF A T TACK* ALP~~AI DEGREES
8V@@OC
8 0
MSF C
TANK ANGLE OF AT TAC6, ALPHA* DEGREES DCL TAZ CAkNtlfl IC VALUE8 ItICRtNCC IN~ORWATIOM
OATA WI8T. C09E
TWT 531 TANK IN
WEV 11.1110 80.1M. LRW s.1110 I M . @REP 1.8S80 t M. NWIC 1.88tO I M . TWRP 0.0000 t Y . /MI? - 0.8100 I M . WALK 0.0010 8CALI
P R O X I M I T Y TO ORBITER CC60T091 08 JUN 72 PAGE 93
TANK ANGLE OF ATTACK, ALPHA! DEGREES
CC60T101 08 JUN ?2 PAGE 94
MSFC TWT 531 TANK I N PROXIMITY TO O R 0 I T E R CC60T101 08 JUN 72 PAGE 95
TANK ANGLE OF ATTACK* ALPHA* OEGiyLr :
MSFC TWT 531 TANK IN PROXl f l lTY TO ORBITER CC60T10) 08 JUN 72 PAGE 96
TANK ANGLE OF ATTACKs ALPHA, DEGREES
MSFC T W T 531 TANK IN PROXIMITY TO ORBITER CC6OT131 08 JUN 72 PAGE 97
TANK ANGLE OF ATTACK* ALPHA, DEGREES RttfRCNCt IN IORM~T IOM
M C I (@.S¶?O S4.IM. LREI 1.6¶10 IN. BREF S.&BRO I N . amnc r.arro IN. TWR? 0.0000 IN. ZWW - 0.8080 I*. OCAU 0.0000 a c a u
MSFC T W T 531 TANK IN PROXIMITY TO ORBITER CC60T13) 08JUN72 PAGE 98
TANK ANGLE OF ATTACK, ALPHA, DEGREES
OATA M18T. COOC ML
MSFC T W T 531 TANK I N PROXIMITY 13 ORBITER
I V O 8 Q . l N . I to I * . It0 I N . kt0 I w . 100 I N . 1.0 I W . 180 8CALC
CC60T131 08 JUN 72 PAGE 99
LONG. CHARACTER I ST I CS . , u 1 . . 1 m m f - - l - - r - T l
- TANU ANGLE OF ATTACK* ALPHA* DEGREES
O A t A W I O t . C o M
MSFC TWT 531 TANK I N PROXIMITY TO ORBITER CC60Tl l l 08 JUN 72 PAGE 100
TANK ANGLE OF ATTACK* ALPHA* DEGREES
MSFC TWT 531 TANK I N P R O X I M I T Y TO ORBITER C C 6 0 T 1 1 1 08 JUN 72 PAGE 1 0 1
TANK ANGLE OF ATTACK, ALPHA, DEGREES
EFFECT OF ORB
D A T ~ M ~ ~ ~ . C O O C r .
MSFC TWT 5 3 1 T A W I N P R O X I t l l T Y TO ORBITER
* m @ '
*W
.-
C C 6 0 T 1 1 1 08 JUN 72 PAGE 102
' l
. D
' . b . b .
r 1
0- ' . . . .w '
m
b
001 '
0- -e -08 '
.05 '
0.1
. . . . .
a#-; - 4
n- --a .I -&--
. - . - 8
4
TANK 0
ANGLE 0 a o OF ATTACK
1 8 14
e ALPHA* 1 0 10
DECREES
8Rtr t*.S¶TO 8Q.IN. LRLI 1.*STO IN. DRRI #.#*go I*. IWRP o.eeao I*. VWRP 0.0000 I*. ZWRC - 0.#.@0 IN. 8CALL 0.0000 8ChLC
MSFC T W T 531 TANK I N PROXIMITY TO ORBITER CC60T 12 I 08 JUN 72 PAGE 103
TANK ANGLE OF ATTACK, ALPHA, DEGREES ~T-OL OLLTAZ PARAMLTR I C VAL*& RLlKRClCC I N I O R N 4 I I O N
B ::::: ::::AE O .OW MACH 4.000 8 R L I [email protected] S Q . I N . 1.om A L P ~ A ~ o.000 L ~ L V a.@s?o IN.
0 1.000 DRL? S.R#RO I N . IMRC @.@@to I W . TMR? 0.0000 IN. ZMRC - O.80LO tM.
DATA M f 8 T . COOL ML @CALL 0.0010 S C 4 M
MSFC TWT 531 TANK IN P R O X I M I T Y 16 O R B I T E R C C 6 O T 1 2 1 0 8 JUN 72 PAGE 104
I TER - -
-
-
-
-
m s,
-
-
-
- !
TANK ANGLE OF ATTACK, ALPHA* DEGREES
8RW l @ . S # t O 8 a . I M . LRLl 8 . 0 S t O IN. D l W @ . RBRO IN. XMRC @.R8RO I*. war 0.OOOO I*. ZMRP - D.R.00 I*. )CALL O.OO@O 8 C 4 L C
MSFC TYT 5 3 1 TANK I N P R O X I M I T Y TO ORBITER C C 6 0 T 1 2 1 0 8 JUN 72 PAGE 105
EFFECT OF OR01 TER SEPARATION DISTANCE (DE i I r v v
lAZl ON TANK LONG. CHARACTERISTICS
- TANK ANGLE OF ATTACK* ALPHA* DEGREES
MSFC TWT 531 TANK IN PROX,IMlTY TO ORBITER CC60T171 08 JUN 72 PAGE 106
MSFC TUT 531 TANK IN PROXIMITY TO ORBITER (C60T171 08 JUN 72 PAGE 107
CC60T171 08 JUN 72 PAGE 108
WT4 *1@T. CO# NL
HSFC TWT 531 TANK I N PROXIMITY TO ORBITER
OAT4 MtST. C-6 *L
MSFC T W T 531 TANK IN PROXIMITY TO ORBITER CC60t141 08 JUN 72 PAGE 109
MSFC TWT 531 TAN6 IN P R O X I M I T Y TO ORBITER C C 6 0 T 1 4 1 08 JUN 72 PAGE 1 1 0
TANK ANGLE OF ATTACK, ALPHA* DEGREES @ T W O & OCLTAZ CAIAMET l I C VALUCS
0.111 BETA 0.0011 MACH 4 .OOO 0 ALPHA1 1.000
0 O.?@# 0 1.000
MSFC T W T 531 TANK I N P R 6 X i M i T Y TO ORBITER CC60T141 G8 JUN 72 PAGE 1 1 1
. . , - ... : , \
, " ! , /' - . +- . .- , . *
- . . ' '.'
- . 3 . . . , .
, . . . I,. . . ' . -.
D I STANCE TICS
TANK ANGLE OF ATTACK* ALPHA- DEGREES
I t 0 8 0 . I*. 1 t o IN. 1eo I H . !RO tn . 100 IN. 100 IN. la0 8 C A L I
MSFC TWT 531 TANK IN P R O X l M I T Y TO ORBITER CC60T161 08 JUN 72 PAGE 112
TANK ANGLE OF ATTACK* ALPHA, DEGREES #T* IOL
B 0
MSFC
DCL TAZ C A R ~ M C T R l C VALUE 0 . ~ ~ 8 BETA 0.000 w~cn 4 .OOO @ . ¶ a t OCLTAX @ . a 6 1 ALPMA1 9 . 0 0 0 1.000
TWT 531 TANK IN P R O X I M I T Y TO ORBITER
RCCERCNCt INCCRMAI IOW 8 R C t (a.3110 8 Q . I N . L R C t S .OST0 I M. l R C t ¶ . 8 W O I N . XWRC @ .8RRO I N . TWR? 0.0000 I N . ZWRC - 0 . 8 8 8 0 I N . 8CALC 0.0010 SCALE
08 JUN 72 PAGE 113
TANK ANGLE OF ATTACK. ALPHA* DEGREES PARAWtTR l C V A L U 8 RtCtREMCt 1WORMATlON
Be T4 0.000 men 4 000 8 R C I 1a.SSIO so. I N . DIL TAX 0 . ~ 1 ALPNAI a. 000 L R C ~ s.asto IN. wtr 1.eseo IN.
EWRC a.tte0 I N . VlR? 0.0000 I N . ZWRC - O.@$aO I N .
DATA ntrt. cow rr 8CALC 0.0010 SC4Lt
MSFC TWT 531 TANK IN PROXIMITY TO ORBITER CC60T161 0 8 JUN 72 PAGE 1 1 4
. . . . . . , , ' 7 ' * ..
I . ' . . . . . .; . : .. , 3 . ' , .. . i ' .. -, , , . . I.' . . . ' '
. . , . , . . '
, . ..is . - . . . I . . , . . , - I .
TANK ANGLE OF ATTACK* ALPHA* DEGREES
MSFC TYT 531 TANK I N PROXIMITY TO ORBITER CC60T15) 08 JUN 72 PAGE 115
TANK ANGLE OF ATTACK* ALPHA* DEGREES
(I4m Wilt. COOL *L
MSFC T W T 5 3 1 TANK IN PROXIMITY TO ORBITER
I L I C R L W C C 1MIORMATIOM MCI r r . r 8 r o so. I N . L R t l S.SS?O I M . W C ? S . 8 @ 8 0 IN. XWRC O R . In. Y M I C (I. 0000 I N . Z W I C a 0 . 8 0 0 0 1 M . W A L L 0 .OOSO SC4LL
C C G O T l S ) 08 JUN 72 PAGE 116
OATA nrrt. ewe r L
MSfC TWT 531 T A M IN PROXlMlTY TO ORBITER CC60T151 0 8 J U N 7 2 PAGE 117
[email protected]. I N . I R . I N . I*. I*. 8 C A L t
TANK ANGLE 0' ATTACK. ALPHA, OEGREES
MSFC TYT 531 TANK I N PROXfMlTY TO ORBITER CC60T201 08 JUN 72 PAGE 118
EFFECT OF ORBITER SEPARAl 1 1 1 1 1 1 1 1
MSFC TWT 531 T A N K IN P R O X I M I T Y TO ORBITER CC60T201 08 JClN 72 PAGE 119
EFFECT OF ORB1 TER '" F--l---
I SEPARATION DISTANCE (DELTAZI ON TANK LON 1 1 . 1 . r r r , . r r u 1 1 1 1
I 1 1
,
TANK ANGLE OF ATTACK* ALPHA* DEGREES
MSFC TWT 531 TANK I N PROXIPlITY TO ORBITER CC60T201 0 8 JUN 72 PAGE 120
TANK ANGLE OF ATTACK* ALPHA* DZGREES I e I L I E N C L 1NrWYAtfON
MSFC TWT 531 TANU I N P R O X ! M I T f TO ORBITER CC60'1181 08 JUN 72 P G E 121
TANK ANGLE OF ATTACK* ALPHA, CEGHEES
MSFC TWT 531 TANK I N PROXIMITY TO ORBITER
RCFCRCWCC IWCORMATIO~~
ant* t e . s s ~ o r o . ~ ~ . Lntr 1 . 6 S 1 0 IN. DR t F s. @ # t o r* . XMRC 6 . ere0 IN. VMRC 0 .OOOO f M * ZWRP - o.rroo IN. W A L E 0.0060 S C l b f
CCGOT181 08 JUN 72 PAGE 122
TANK LONG, CP'RACTER I ST ICS
T-
TANK ANGLE OF ATTACK, ALPHA* OEGHEES IE~EIEWCE tnwawATton C t..SS?O SO.IN. C S..S?O I*. r s.19to 1 * . c 6 , e r t o 1 W . C 0.0000 1 *. c - 0.1000 IW. LC 0.0010 8 C l U
MSFC TWT 531 TANK IN P R O X I M l T Y TO O R B I T E R C C 6 0 T 1 8 1 08 J U N 72 PAGE 123
TANK ANGLE OF ATTACK, ALPHA. DEGREES 8T*8OL DELTA2 PARAY T I 1 C VALULS RCCLICWCL IWFO~~MATIOW
o . o ntr 0.000 ndcn 4.000 ucc te.ssvo SQ.IN. 0.1.. ULTA. 0.00s ALP MA^ ao.000 LRLC s.osvo IN.
0 1 .ow BRCC S e2WO IN. X*RP 0.2L20 IN. WRP 0.0000 IN. ~ R P - 0.8000 IN.
O A T A ~ I S T . COW ML 8CALt 0 . 0069 8CHL
MSFC TWT 531 TANK IN P R O X I M I T Y TO ORBITER C C 6 0 T 1 9 1 0 8 JUN 72 PAGE 1 2 4
EFFECT OF ORBITER SEPARAT . ' l ' l E r , , , , i i i i ON i 1 DISTANCE v I , . ~ - I 1 1 [OELTAZI 1 ...llllI. ON TANK L( IG. CHARACTER I S -
D - I 0 # 10 19 80
TANK ANGLE OF ATTACK, ALPHA* DEGREES RtCERtNCt INCORNATtON
SRtC 10.SStO SO. tN. L R ~ I 8.1STO . tN. ORCI I .8StO I N . XWRC 0.8t tO I N . YWRC 0.0000 I N . ZWR* - 0.8880 I N . SCALE 0.0010 8C4LC
MSFC TWT 531 TANK IN PROXIMITY TO ORBITER (C60T191 08 JUN 72 PAGE 125
TANK ANGLE OF ATTACK, ALPtiA, DEGREES
MSFC T W T 531 T A M IN PROXIMjTY TO ORBITER CC60T191 08 JUN 72 PAGE 136
EFFECT OF ORB I TER SEPARAT ION D l STANCE (MLTAZ . . 1 ON TANK LONG. CHARACTER1 . ~ L - I I I I j I I . I I I I I 1 1 i I I I 1 I I I I -,-.--------,- 17
TANK ANGLE OF ATTACK, ALPHA, 'DEGREES
MSFC T W T 531 TANK IN P R O X I M I T Y TO ORBITER CC6OT211 08 JUN 72 PAGE 127
TANK ANGLE OF ATTACK, ALPHA, OEGRtES
CCCOTZll 08 JUN 72 PAGE 128
4 TANK ANGLE OF ATTACK* ALPHA, DEGREES 8 0 OtLtAZ t PARAWTR l C VALUC8 RLCCRtWCL IMCOlMAttOW
2 ::::: ::::*It 0.000 MACH 4.000 8111 10.1170 m. tn .
i 0 . 8 ~ 1 ALPHAI 11.000 LRC* S.0110 I*.
0.w. ORE1 8.8S80 I*. XMRC 0.8880 I W. i ::::: VMRC 0.0000 IN. tmrr - o.etro IN.
O ~ T A ntot. coac WL 8CILt 0.0000 8CALI
MSFC TWT 531 TANK IN PROXIMITY TO ORBITER CC60T211 08 JUN 72 PAGE 129
TANK ANGLE OF ATTACK, ALPHA, DEGREES ?ARAWLTR 1C V A L U L I l C r C R L W C t IMCORM4tlON
B ::::: ::::A. 0.000 O.4.t
0 a. 000
DATA *:IT. Cool
MSFC TWT 531 TANK I N PROXIMITY , T O ORBITER CC6Of221 08 JUN 72 PAGE 130
EFFECT OF ORBITER '- 7
SEPARAT I ON D I STANCE t DE TAZI ON TANK LONG. CHARACTER I ST I CS s
TANK ANGLE OF ATTACK. ALPHA. DEGREES RCICRtWCC 1NCORHATION
8RCC 1a.SStO 8a . IM . LRLC a*.#?@ I N . ORW 8 . emeo IN. lYRC 0.e8RO I N . TWR? 0 .0010 In. a - o.rrro I*. #CALI 0 .0000 8CALt
MSFC TWT 531 TANK IN PROXIMITY TO ORBITER 08 JUN 72 PAGE 131
EFFECT OF ORB1 TER SEPARATION DIST, 8 [[
TANK LONG. CHARACTERISTICS ---l--r-~
TANK ANGLE OF ATTACK. A L P H A * DEGREES WryOC OCLTAZ CARAWITR t C VALUC8 RtCCRtWCt 1 WmaWATtON
O.TO* BETA 0.000 MACH 1.- )RLI t a . s s ~ o so. IN. 8 ..a#. W L T M O.4W ALPMA1 1#.000 L l t l 8.aStO tW. BRtl s.esro tu.
0 a.ow 111~ @.em0 IN. trnr o.oooo t Y. m n c - o.eooo tn. 8CAU 0.0080 8C4LC
MTA M18Tm C W
MSFC T W T 531 T A N K IN P R O X I M I T Y TO ORBiTER CC6@?221 08 JUN 72 P A G E 132
SUMMARY S T A B I L I T Y DATA FOR ORBITER IN PROXIMITY OF TANK ~ - ~ I I I l ~ v ~ r ~ , ~ . . I , . . v , , . . . . , . l , v , . , I . q - - r - ~ - - l
OELTAZ l M A t ION
8Q.tN. I N. IN. IN. IN. IN. @ C l l t
PAGE 133
SUMMARY STABIL l TY DATA FOR ORB1 TER I N PROXI . , , , . 1 1 , , , , , , , , l l , , , , , , , HITY OF TANK
OELTAZ
O E L T A Z .a01 1
.ooo1
b0000 - .ooos < 0 - . m s \ < U -.oats C3
-.WSS
- .00$s 0.0 0.1 1.0 a .S e.0 e.s n1.0 s.1 4.0 4.1 1.0
O E L T A Z 0414 8Cl arM8OL CO((CICuRATlO(( 0CSCRI~llO)l MACH OCLTAX ALPHA1 RClCRCWCC INtOR*4tlOM a O ~ O O O ~ ) Marc NI 1st ORBIW~ IN PROXIMI~T TO TANK o.eoo a 0 . 0 ~ ~ SRCV l @ . S S t O SQ.tM. a me0004 1 R M a c n r sra olmtm rN n o r t m t r r ro TAN& a.800 1 . 4 o.uoo LRcC a.asvo IN. sntv s.eaeo IN.
x w ~ r s.eovo IN. YMRP 0.000U IN. ZMRP o.aooo IN. WALL 0.0080 SCALE
PAGE 134
SUMMARY STABIL ITY DATA FOR ORBITER IN PROXIMITY OF TANK , 1 1 1 1 . 1 1 . l , l l . 1 1 1 T-r--1--1 , I 1 1
ao I I 1 I I --
OELTAZ
OELTAZ
PAGE 135
SUMMARY S T A B I L I T Y Dl M I T Y OF TANK
OELTAZ r-t -r-r
.Ole -.-----
.ow
< 0 ,008 s J
-.008
-.ow . -. .
I 1 I I I I I I -
0.1 1 .O 1.5 8.0 808 S.0 8.5 4 -0 4 -3 _1
9.0
PAGE 136
SUUlARY S T A B I L I T Y DATA FOR ORBITER I N PROXIMITY OF TANK v . . . . . . . . . . . . . . . . .nI,-m..! , . . , . my--
OELTAZ
OELTAZ
PAGE 138
SUHHARY STABIL ITY DATA FOR ORBITER IN PROXIMITY OF TANK ~ ~ ~ l ~ ~ l r ~ r ~ r ~ ~ ~ ~ ~ ~ r ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ r ~ ~ ~ ~ ~ w ~ i f - l
OELTAZ
O A T * set SYWIOL C O W C I C U R A T I ~ .~LSCRIC+IW MACH OELTAX ~ L P M A : RfCfRLNCL INTO(IW4 ( 100001 I 9 *SIC NT 0 1 ORB:TCR I* * R O X ~ H ~ T Y TO TAM* . a -o.trt 1.000 S R ~ C 10.ssro ( 8 0 0 0 0 1 ) WSlC Nl S t 1 ORBITCR I* PROXIMITY TO T A M 1 . W O 0 . 5.000 LRCC S . W T 0 ( 8 ~ 0 1 0 # 0 M W C N T S t 1 O@BITLR I* P R O X ~ ~ I T Y TO TAHK 8 . W O 0 . 0 1 . 0 0 0 l R C l S . 8 9 t O
XYRC 1 .to10
,TIOW 80.1M. In. I N . I*. I*. I N . (CALK
PAGE 139
S W A R Y S T A B I L Y Y DATA FOR ORBITER IN PRO) I M I T Y OF TAN!
OELTAZ
OELTAZ .wis
.ooos
.woo - .000s
< 0 - .oots \ < u -.Oor1 c
- .1)01s
DELTA2 DATA SCT ~ r k b a COWIOUIATIOM DCSCI~PTI'C~ MACH OCLTAX ALPMAI R ~ C L R C M C ~ INFORMATION a IOOOO@ ) 8 s N T 1st O I B I T L I I* ~ffOXIM1TV TO TANK 1.960 -0.1LS 9.000 SREl 1a.SSTO SQ. IN . 4 IOOOO* 8 WSIC Nt 131 ORBITCR I N P11311WIT~ TO TANK 1 . 6 0 0 .36s 9.000 L I t l 8.6SrO I*. (100010) 0 wwc WT 918 MBITCR IN PIO~IWITV TO TANU 1.960 o.me1 1.000 BREF s . raeo IN.
X M W S.ROT0 I W . YMIP 0 .0000 I N . ZMIP 0 .6000 I*. 8CAIC 0.OOeO $CALI
PAGE 140
SUMMARY S T A B I L I T Y DATA FOR ORB'I TER I N PROXIMITY JF TANK r r r ~ r ~ , r ~ r r ~ ~ ~ ~ ~ ~ ~ ~ ~ r I I r I r r I r i r r r r r - r - r ' r - - t T - l t ' - ? - i
OELTAZ ~ r , ; ; - ; ; . . - ; ; r r - r . , l - , l l ; - ; ; ; ~ ; ; ; ; - ; , ; , - ; , ; 7--4--v-p-t-
- ~p -- -
OELTAZ
R.0 R e 1
OELTAZ RtCLRtNCC 1NCORMbTION
)REV 18.35?0 $ @ . I N . LAC? S.Cl?O I N . 61 f* #.@*a0 I N . XWRC S.RO?O t * . YMR? 0.0000 tN. ZMR? ?.8000 1 W . $CALL 0.0080 SCALC
PAGE 1 4 1
S U M A R Y S T A B I L I T Y DATA FOR ORBITER I N P R O X I M I T Y OF TANK I . . . , I , I . . l . l 1 8 1 1 I . I 1 7 I I r - r ' T T T 1 , I I
.OW 1 I I r 1 n -,=.. . ---- -1
OELTAZ.
*OIO
.000
< 0 .008 I: J
g -.we
-.@a@
-.01$ .- -I---- -3-1 . * - --.-c*.
.O 0.1 1 .o 1.9 a.0 e*s 8.0 8.1 4.0 4.8 s.0
OELTAZ ,TION 80 . I W . I N . IN . I N . IN . IN . 4CALC
PAGE 142
SUHMARY S T A B I L I T Y DATA FOR ORBITER IN PROXIMITY OF TANK 8 v I I 1 v I I I , . I . I , . I 1 . , . I I I , - ~ - r - - r - ~ - ~ r ~ - r 7-T--r-r r - r 1
OELTAZ
RCICRCNCC INCORM4TlON SREI 80.3170 S Q . I W . LRC? . ? O I N . BRCC s * o I N . XMRC S.IO?O IN. VWRC 0 .0000 I N . ZMRP @.OOOQ tW. @CALL O.OOI0 8 C A L t
PAGE I 4 3
SUMMARY S T A B I L I T Y OATA FOR ORBITER I I M I T Y OF Ti -7
OELT A Z
OELTAZ
OELTAZ
PAGE 144
SUMMARY STAB11 1 TY DATA FOR OR01 TER IN PROXIMITY OF TAM 1 1 1 1 1 - 1 . I r l . , , , 1 1 1 -r -r 7- r 7-7- 7
e8@ - r.--.-.. I I I I I 1 I I I I I - 4
OELTAZ
OELTAZ
PAGE 145
SUHHJRY I - r . S T A B I L I T Y DATA FOR O991TER I N P R O X I M I T Y OF TANK I . . I . . , 1 1 1 1 1 1 1 l . . I l . I r r 1 1
aova I I I ---.-.-
b 1 I I I I I -
I I I I 1 t I . - - --,
.ma 1 1 I I I ..-
aoaa ' I I 1 I I I 1 I I I I I 1
- < , I I P a u a r I I I I I I 1 1
I - - --I
OELTAZ
OELTAZ
OELTAZ O ~ T A WT arwrnot CWICURATIW OCICRICTIOW MACH DCLTAX r ~ r n r t RCFCRCMCC tmCoRwAvton a m b O l 0 D WWC WT 181 ORIITCR I N ~ROXIW1TY TO TANR 4.000 0 . t t l 10.000 SRCC i o . s s t o ~ 4 . 1 ~ . (rnoooa*) c WT 181 OIIIITCR IN PROKIWI T Y TO TANK 4.000 0 .4et 10.000 LREC s o IM.
0000S*D W8lC TW 888 ORIlTCR I N PIOXIWITV 10 TANS 4.000 O .Wt 10.000 IRCC 8.t980 IM. xnnr 8.tOIO I W . v n r ~ o.0000 IN. ZWRI 0.0000 IN. &CALL 0.0010 aCALE
PAGE 146
SUMMARY STABILITY DATA FOR ORBITER IN PROXIMITY OF TANK ' i
OELTAZ * O O C " l ' I I 1 "
- . . . . r r v 1 1 1 1 I l l , 1 1 1 --t t - +- -t 7 -r-t-r -t7
i ----
.M I
.0* ' ----
.OR
* 0 0 ' 1
-.OR 'I - -
- *0$ J/ I -%o
r . 1 0.8 I .O 1 .9 t .0 3.0 3.S 4 . 0 I .O
OELTAZ
OELTAZ RECCRCNCC INIORMATION
SRLC J8.SDPJ i 3 . i W . LRCI S.OB10 I N . BRCC *.erne0 IN. UMRP s.eo10 tN. YMRP 0.0000 I M . ZYRP 0.6000 I W . SCALE 0.0060 W I L C
PAGE 147
SUMIIARY STABILITY DATA FOR ORBITER I N PROXIHITY OF TANK
OELTAZ * , , , , - , , , ; , , , , ~ ~ , , , ; 1 1 1 1 ,n I . 1 r ; ; t-r?
---,
r --<
I --.
. I 1 I I I
I I
I I 1 I I 1 I I \U " I 1 1
3 . m - c. -
1
I I - J
I i
OELTAZ
oaoo11) 8 *Ye tyt sai o i i i ~ t ~ 1~ PROXXMXTT TO TANK 800011 I M W C W T 181 ORB1 VCR 1 N C R O X l N l T Y TO TANK
SO.1N. I N . I N . I N . I N . 111. S t l i l t
148
SUMMARY S T A B I L I TY DATA FOR TANK IN PROXIMITY OF ORBITER T V T I ~ ~ ~ ~ ~ I r I 1 1 T T - r 1 . r r r 1 r r I 1 1 r r r r f r r r r r T - t f ' t - f ? ' t - T - f 1
el. I I I I I 1 1 I
I I 1 I a 1 4 ' I - - - 1
I I I .lo ' I I 1 I 1
I 1 I I I 1 I -
OELTAZ
OELTAZ
OELTAZ
XMRC o.eteo IN. tWRC 0.0000 IN. ZMRC - o.eoao IN. $CALL 0.0010 8CALt
PAGE 149
SUMMARY STABILITY DATA FOR TANK IN PROXIMITY OF ORBITER
OELTAZ
PAGE 150
SUMMARY STABIL ITY DATA FOR TANK IN PROXIMITY OF ORBITER I r ~ I ~ l ~ ~ ~ I l l I , l I l . . , . l v r I I ~ . l I I v l r - ~ ~ - ~ - r - ~
OELTAZ
OELTAZ
mots
.#I
.0s1
.MI
.om
.Or#
0089
.ws
OELTAZ
8e.tN. IN. IN. I N . IN. tN. 8C4LI
PAGE
9JMlARY STABILITY . DATA FOR I TANK I N PROXIMITY OF ORBITER 1 1 1 1 1 1 1 1 1 1 1 B r 7 r TI 1 1 1 1
OW@ 1 I I I 1 I 1 - - I '3
OELTAZ
OELTAZ
---
PAGE 152
SUMMARY STABIL ITY DATA FOR TANK IN PROXIMITY OF ORB1 TER ~ ~ ~ ~ I ~ ~ ~ ~ I I ~ I . I I I I I I I I I U ~ . I I I V I I ~ ~ W ~ ~ I * - T " T ~ T ~ - T ~
OELTAZ . o r t v 1 . I , r , l I I . I I l l l . I I I . . l . r r - r 1 -vt.-t-
.a. ' - ,----
I
.01 ' I I
.oe --- I
OELTAZ
OELTAZ
. .--
VWRP 0.0000 1 ~ . ZWRC - o.eo10 IN. .CALL 0.0010 #CALL
PAGE 153
SUMMARY S T A B I L I T Y . . DATA FOR TANK IN PROXIMITY OF ORBITER 1 1 8 1 1 1 1 1 , 1 1 1 , 1 1 8 I - r r t t t t
A T @ : 1 Y ' 2 - . . . I
OELTAZ
OELTAZ
---. .- . - . .--. .- -----.-
. L C .
OELTAZ RtCCRCMCE 1NCORWAtION
SRC* [email protected]?O 8 O . t N . LRC. 8 . l S t O I N . W E * 8.RSRO 1N. IMRC 0 I M . VWRC 0.0000 t N . Z W W - 0.ROO0 I N . @ C A L I O.OO@O S C I L t
PAGE 154
SUMMARY S T A B I L I T Y DATA FOR TANK IN PROXIMITY OF ORFITER D ~ ~ ~ ~ ~ ~ ~ D D ~ ~ ~ I ~ , , ~ ~ ~ ~ , , ~ ~ ~ ~ D ~ ~ ~ r r r r - r - ' t ' T - l t T t - ' - t ' 7 - 7 -3
OELTAZ
PAGE 155
WMIIARY S T A B I L I T Y DATA FOR TANK IN PROXIMITY OF ORBITER . l , 1 1 1 , . 1 , 1 v . 1 I I-- L -1x1-1~- z-I- .T: -7. - '. 1
OELTAZ
OELT AZ
PAGE 156
SUmARY STABIL I l Y DATA FOR TANK I N PROXIHI TY OF ORB1 TER . . I r . # . T . T - T , . , I # I I 1 1 , l
080 I I I I I I I -----
I .c.* I I I I
OELTAZ
OELTAZ
PAGE 157
SWARY STABIL.1 TY DATA FOR TANK I N PROXIMITY OF ORB1 TER v I I ~ r t , i ~ , ~ , . , ~ , -- 1 1 1 l I r l , I I I r I 7 7 . Y--W-T-
*W# I I I I I I I ---q L.. . - I 1 . -, I I 1
*W# I I I I I
-- I I I I 1
* w e I I I I I I I -- - I I I I I I I 1 1 I
--. *U@ I I I I I I I I
I --
I I I 1 1 I I I I L 1 1 I I I I I 1 I 1 1 I I I 1 I I 1 r I I I 1
OELTAZ
O A ~ A UT ~ V W O L CWI~URATEOW D E S C I ~ C T ~ ~ ( ( w4cn O ~ L T A X rrrnrr 4 oeots s t WWC TWT TANK IN C R O I ~ M I ~ T TO OROXTCR 4.000 o.ew 0.000 (mea t88 P WSIC WT SJI TANK t~ CROUIWITV to mlttfn 4.000 0.01 0.000 4 W O T 1 8 t M 8 f C TUT S 8 I ?Am I N PI0UIW:TY 7 0 -0 IT fR 4.000 1.090 0.000
RLIERCNCC IN~ORW4TlON S R L I 1e.ssro a o . 1 ~ . LRfP 8.0~~0 IN. BRCI $ 0 I N . m n p O.RRLO I N . TWI? 0.0000 I N . ZMRC - 0.8000 I W . 8CACC 0.0010 8 C A l t
PAGE 158
SUMMARY S T A B I L I T Y DATA FOR TANK I N P R O X I M I T Y OF O R B I T E R t-fll r 1 r 1 I j T . I , v I , I I . . I , I . . , , . . . I , . w ~ ~ - - - - ~ ~ - - r . r . r . t . . r I
R e 0 R e 1
OELT AZ RECCLLNCL t NCOl
SRC? 18.S1lO LRCC a.a170 BRC? 1. * s t 0 XWRC 8 . e r r o YWRC 0 .0000 ZMRC - 0.m.0 8CALC a.0080
I*ATlON sa. tm. I N . tN. I N . tN. I*. SCALE
PAGE 159
SUMMARY . . . . S T A B I L I T Y DATA FOR TANK I N P R O X I M I T Y OF ORBITER l l . 1 1 1 . 1 1 1 1 r . , , 1 1 . 1 1 1 . 1 I . . 1 1 1
A T 1 I 7 2-zA
RCILRLNCC I NIOUMAT ION 8RtC 1a.S.910 8 0 . l N . L R t t S .@910 I N . @REF s . m t o IN. XMRC 1 0 I N . TWRC 0 . 0 0 0 0 I N . ZMRC - 0 .1080 I N . 8CALC 0 . 0 0 1 0 a c u e
PAGE 160
SUMMARY S T A B I l I T Y DATA FOR TANK I N PROXIMITY OF ORBITER r ~ ~ r r . r l ~ l w u ~ I I I ~ I V ~ I ~ ~ I I ~ ~ ~ I ~ ~ ~ ~ ~ I ~ V I ~ I ~ ~ ~ ' ~ ~ ~ ~
DELTAZ
8.0 t.1
DELTAZ RtrERcncc two1
SRC? l1.SStO LRC? S.19?0 1RCI 9,RBtO XMRC a,eeeo YMlC 0.0000 ZWRC - o.e..o SCALE 0.0010
PAGE 161
3Y STABILSTY DATA FOR TANK IN PROXIMITY OF ORBITER D I ~ I V ~ ~ ~ ~ ~ I I I ~ . I ~ I ~ I ~ ~ I I I I I ~ ~ I ~ ~ ~ ~ I I ~ I ~ ~ ~ ~ ~ - ' ~ ~ W ~ ~
OELTAZ
OELTAZ
i
OEL T AZ OATA &IT ~TYIOL C O M ~ I W # ~ T ~ O ~ ~ OLIC~IPTIOU MACH oz r r r x r~mw RLICRCMCC IUPORMA~IO* t @ @ O t e O 8 ~ S V C TWT 1st TAWS IN CROJIIW~TT TO ORB1 TCR 4.000 O.OOt 10.000 SRCF lO.SS?Q Se. tM. 11aot:ot m a v c twt ss1 VANS IN C~OXI~ ITV TO ORO~TLR 4.000 0 . 4 0 ~ 10.000 LIEF s.asro IN. ~IOOTIBB mwc nrt rrr TAM^ r w r ~ o x r w t t ~ TO o m t r a 4.000 0 .06~ 1o.000 IRCF S . R ~ R O IN.
XYRC @.RRtO I*.
*oso . .ocn - *ma
v
- a 0 0 8
-*we '
-.oao ' - -
PAGE 162
0.0 0.S 1 .O 1 .S 1.0 S * S 8.0 8.9 4.0 0.9 *. 0
1 . 1 . . . I . . I . i i i i - i i i i * q 1 l e d
.- -.--
A 1 --
U 1 \a . .. - , :
I I
I I
------- i I I
I . . I I . . . . - -1 ..-
SlR f lARY S T A B I L I T Y DATA FOR TANK I N P R O X I M I T Y OF ORB1 TER r . I r r . r I , r , I
OELTAZ
0.1 1 .O 1.8 8.0 8.1 8.0 4 . 0 4.8 1 .O
OELTAZ
OELTAZ RCVCRCNCC INCORMATION
SRCV 11.SStO 8 4 . I N . L I C I 0 t Y . DRCI S O tW. XYRC 0 I W . W a c 0 .0000 I W . ZMRP - 0.R880 I N . #CALL 0 .0010 8CALC
PAGE 163
OELT AZ
PAGE 164