halo - workshop 8. und 9. 10. 2007 / oberpfaffenhofen · 2007. 10. 10. · halo – nutzerworkshop...

Folie 1HALO – Nutzerworkshop > Apertures&View Ports >T. Wernsdorfer > 8.10.2007.

HALO - Workshop8. und 9. 10. 2007 / Oberpfaffenhofen

Apertures & View Ports

Thomas Wernsdorfer

HALO – Nutzerworkshop > Apertures&View Ports >T. Wernsdorfer > 8.10.2007.

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http://www.halo.dlr.de/technical-notes/(Zugangsdaten über Helmut Ziereis)

Angaben über Apertures und Viewports sind in folgenden Technical Notes zu finden:


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GVFS

255.5

@ R

BL 13

.92 &

ctr&

LBL 1

3.92

GVFS

290.5

@ ct

r

GVFS

313.5

@ c

tr&

LBL 2

4.66

GVFS

339.5

@ ct

r

GVFS

385.0

@ R

BL 11

.84 &

LBL 8

.33

GVFS

434.0

@ R

BL 8.

33 &

LBL 1

4.84

GVFS

498.0

@ R

BL 14

.84

GVFS

532.0

@ LB

L 8.33

& LB

L 21.7

Left Hand Side

Right Hand Side

GVFS = Fuselage Station in inchRBL = distance to centre line on the right hand side in inchLBL = distance to centre line on the left hand side in inch

xx

0302 04 05 07 08 0906

20

10 11 12 13 14 15 16 17 18 19

Cabin Position No.(rack, seat, etc)

Upper shell – Top View!

Lage der Apertu res und View Ports auf der Oberschale


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GVFS

250.0

@ R

BL 22

.65 &

ctr&

LBL 2

2.65

GVFS

290.5

@ c

tr

GVFS

313.0

8 @ R

BL 9.

0 & LB

L 9.0

GVFS

339.5

@ c

tr

Lower shell – Top View!

GVFS

214.0

@ R

BL 9.

68 &

LBL 1

2.95

Left Hand Side

Right Hand Side

GVFS = Fuselage Station in inchRBL = distance to centre line on the right hand side in inchLBL = distance to centre line on the left hand side in inch

GVFS

714 @

ctr

GVFS

727 @

ctr

01 0302 04 05 07 08 0906

20

10 11 12 13 14 15 16 17 18 19

Lage der Apertu res und View Ports auf der Unterschale


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Drop SondeDispenser

Baggage CompartmentBoiler Room

Lage der Apertures und View Ports auf der Unterschalehintere Sektion


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Pre-Assembled

Aperture Aufbau und Dimension


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Instrumentenplatte zur freien Adaption von Sensoren wie Lufteinlässe

Size: 10 x 7 inch Size: 10 x 14 inch

Flugrichtung


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Std. Instrumentenplatte – verfügbare Daten

3D-Modell in CATIA

2D-Zeichnungsableitungnach EB-Verfahren

Standard Prüfanweisungnach EB-Verfahren

Plattemaßgeschneidert

vom Nutzer


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View Ports - Lage


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View Ports - Einbauraum


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View Ports – FOD Barrier


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View Port – Spezial Adapter

View Port mit Spezialeinsatz(Adapter Plug),

der das gleiche Interface wie die Aperture bietet


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View Port – verfügbare Daten

Adapter Plagmaßgeschneidert

vom Nutzer

3D-Modell in CATIA

2D Einbauzeichnung(hier Glasplatte)


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Weights Aperturesmax 29,9 kg (66 lbs) in total

19,9 kg (44 lbs) outside10 kg (22 LBS) internal

Note: weight of the adapter plug / instrument plate are included herein

View Ports max 64,8 kg (143 lbs) in total

30kg (66 lbs) outside25kg (55 lbs) at view port10kg (22 lbs) internal


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Loads


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Loads

Loading Case A: Inertia Loads (ULTIMATE = "Bruchlast")

- 3,2 g (Note 2 & Note 3 & Note 4)

upwardA-5

+ 6,3 g (Note 2 & Note 3 & Note 4)

downward

Z

A-4

± 3,0 g (Note 2 & Note 3)sidewardYA-3

- 1,5 g (Note 2 & Note 3)backwardA-2

+ 9,0 g cabin equipment+ 2,0 g outside equipment (Note 3)

forward

X

A-1

ULTIMATE inertia loadat view ports

(Note 1)

directionaircraft axis system

Inertia LoadCase


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LoadsLoading Case B: Aerodynamic loads (LIMIT = "sichere Last")

nx=0ny=0nz=1

10°2,0 *5,0°~ 0° **2,0°165 hPa34000 ft0,97B-4

nx=0ny=0nz=1

10°2,0 *5,0°~ 0° **-2°until +4°

264 hPa0 ft0,61B-3

nx=0ny=0nz=1

45°1,530,0°~ 0° **6,0°38 hPa45000 ft0,60B-2

nx=0ny=0nz=1

22,5°1,5 15.0 °~ 0° **4,0°89 hPa0 ft0,353

B-1

inertialimit

loads

local side slip

angleβlocal

2α–Effect

Factor k

(worst case)

aircraft side slip

angle βaicraft

local angle of attackαlocal

aircraft angle of attackαlocal

dynamic pressure

q

AltitudeMachNo.

Aero-dynamic

LoadCase


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Loads

Pressure Load Table

stand alone load case,i.e. no combinations with any other load

1811 hPaBurst-Pressure (Delta between cabin and outside)

to be combined with maximum flight loads

1136 hPaUltimate Pressure(Delta between cabin and outside)

BemerkungDelta PressurePressure Case

For combinations of loads refer to Techn. Note HALO-TN-2007-003

halo - workshop 8. und 9. 10. 2007 / oberpfaffenhofen · 2007. 10. 10. · halo – nutzerworkshop...

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