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Safe take-off with runway analyses
von: Boris Urbanek
Anchor Academic Publishing, 2013
ISBN: 9783954895175 , 108 Seiten
Format: PDF, OL
Kopierschutz: frei
Preis: 29,99 EUR
Safe take-off with runway analyses
1
CONTENT
3
LIST OF FIGURES
5
LIST OF TABLES
7
LIST OF ABBREVIATIONS
8
INTRODUCTION
10
1 DEFINITION AND PURPOSE OF RUNWAY ANALYSIS
11
2 FACTORS AFFECTING MTOM AND V-SPEEDS
13
2.1 MSTOM
13
2.2 The aerodrome runway distances
13
2.2.1 Line-up distance
14
2.2.2 Take-off Distance
15
2.2.3 Take-off Run
17
2.2.4 Accelerate-stop Distance
18
2.3 Climb limitations
20
2.4 Obstacle clearance
22
2.4.1 Vertical plane
22
2.4.2 Horizontal plane
24
2.5 Meteorological elements
25
2.5.1 Wind
26
2.5.2 Pressure altitude
26
2.5.3 Temperature
27
2.6 Runway slope
27
2.7 Runway condition and contamination
28
2.7.1 Definitions
28
2.7.2 Effect on aircraft performance
29
2.8 Tire speed limit
32
2.9 Brake energy capacity
32
2.10 Aircraft configuration and systems setting
33
2.11 Aircraft status
34
2.12 Bearing strength
34
3 TAKE-OFF DATA OPTIMIZATION PRINCIPLE
35
3.1 Aircraft configuration and systems setting
35
3.2 v1/vr ratio
36
3.2.1 v1/vr range
36
3.2.2 v1/vr ratio influence
37
3.3 v2/vSR ratio
38
3.3.1 v2/vSR range
39
3.3.2 v2/vSR ratio influence
39
3.4 Take-off data determination
41
3.4.1 MTOM
41
3.4.2 v-speeds
43
4 EXISTING RUNWAY ANALYSES PRODUCTS
44
4.1 Aircraft manufacturer software
44
4.2 APG
49
4.3 Flygprestanda
51
4.4 ASAP
53
4.5 Honeywell
54
4.6 EFRAS
56
4.7 Conclusion of runway analyses review
58
5 RUNWAY ANALYSIS CONCEPTUAL MODEL FORTAKE-OFF
60
5.1 Input data
60
5.2 Mass to v1/vr ratio graph
61
5.3 Optimization process
62
5.4 v-speeds evaluation
64
CONCLUSION
66
BIBLIOGRAPHY
67
APPENDIX
69
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