Shenzhen International Airport Terminal 3
Structural Narrative - Revision 5.1
Knippers Helbig Advanced Engineering
Prof. Dr. Ing. Jan Knippers
Dipl. Ing. Thorsten Helbig
Tübinger Str. 12-16
D-70178 Stuttgart
T +49 711 24839360
F +49 711 24839388
E info@khing.de
Chapter F
Analysis of Structure: Terminal
㒧ᵘߚᵤ˖ख़
Approval Meeting, December 2nd, 2008
ᅵᡍ,Ѡ䳊䳊ܿᑈकѠ᳜Ѡ᮹
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F Analysis of the structure: Terminal 㒧ᵘߚᵤ㒧ᵘߚᵤ㒧ᵘߚᵤ㒧ᵘߚᵤ˖˖˖˖ख़ख़ख़ख़
F.1 Main Roof Structure Џሟ乊㒧ᵘЏሟ乊㒧ᵘЏሟ乊㒧ᵘЏሟ乊㒧ᵘ
F.1.1 Description of structural system 㒧ᵘԧ㋏ᦣ䗄㒧ᵘԧ㋏ᦣ䗄㒧ᵘԧ㋏ᦣ䗄㒧ᵘԧ㋏ᦣ䗄
F.1.1.1 Generalὖ䗄ὖ䗄ὖ䗄ὖ䗄
Figure F-1 shows the location of the terminal roof. Its dimensions are
approximately 640 m in width and 324 m in length, with a structural height
varying between 3.0 m and 4.5 m. The shape of the roof is relatively flat with a
slight curvature in the area around the middle axis (Figure F-2).
F-1 ᰒ⼎ख़ሟ乊ⱘԡ㕂DŽ݊ሎᇌЎᆑ㑺 640 ㉇ˈ䭓㑺 324 ㉇ˈ㒧ᵘ催ᑺ
3㉇㟇 4.5㉇П䯈ব࣪DŽሟ乊㞾䑿ⱘᔶ⢊䖥ԐЎᑇ䴶ˈҙҙЁ䕈䰘䖥ⱘऎඳ᳝ᖂᇣ
ⱘ䱚䍋˄ F-2˅DŽ
Figure F-1: Overview
F-1˖ᘏ㾜
For the structural analysis, the terminal is divided into three parts: Terminal
Northeast, Terminal Center and Terminal Southwest (Figure F-2 to Figure F-4).
The parts are separated from each other by movement joints. Movement joints
also separate the terminal from the transition and the traffic center.
TERMINALख़ख़ख़ख़
Traffic Center
Ѹ䗮Ёᖗ MC 1
Џᣛᒞ 1
MC 2
Џᣛᒞ 2
MC 3
Џᣛᒞ 3
Transition
䖛ᑺऎ
CC ᣛ ᒞ
Northeastϰ࣫
CC ᣛ ᒞ
Southwest 㽓फ
Terminal
Northeast
ϰ࣫ख़
Terminal
Southwest
㽓फख़
Terminal
Center
ख़Ё䚼
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Ўњ㒧ᵘߚᵤˈख़㹿ߚЎ 3Ͼ䚼ߚ˖ϰ࣫ख़ǃख़Ё䚼㽓फख़˄Figure F-2
㟇 Figure F-4˅DŽ䚼ߚП䯈⬅Ԍ㓽㓱ⳌѦ䱨ᮁDŽԌ㓽㓱ৠḋᡞख़Ϣ䖛ᑺऎѸ
䗮Ёᖗ䱨ᓔDŽ
Figure F-2: Model of Terminal Center
F-2 ˖ख़Ё䚼ൟ
Figure F-3: Model of Terminal Northeast
F-3 ˖ϰ࣫ख़ൟ
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Figure F-4: Model of Terminal Southwest
F-4˖㽓फख़ൟ
The primary structure of the terminal consists of truss girders that span
rectangular between the supporting columns (Figure F-5). In a regular field, the
distance between two columns is 36 m. The truss girders are fixed to the columns
and build a stiff frame, in order to brace the roof structure.
ख़ⱘᴀ㒧ᵘ⬅ᬃᩥ᷅П䯈ⳌѦൖⳈⱘḕᶊṕ㒘៤˄ Figure F-5˅DŽ㾘߭ⱘ
ऎඳˈϸ᷅П䯈ⱘ䎱⾏Ў 36㉇DŽḕᶊṕᅮ᷅Ϟˈᔶ៤߮ᶊˈҹᬃᩥᭈϾሟ乊㒧
ᵘDŽ
Figure F-5: Primary Structure
F-5˖ᴀ㒧ᵘൟ
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The secondary structure spans between the trusses of the primary structure and
follows the rhombic shape of the façade, supporting the façade panels.
㑻㒧ᵘԡѢᴀ㒧ᵘḕᶊП䯈ˈϢ㧅ᔶⱘᐩⳌण䇗ˈᑊᬃᩥᐩ䴶ᵓDŽ
The secondary structure itself is divided into primary and secondary elements,
where the primary elements form a spatial framework (Figure F-6).
㑻㒧ᵘ㞾䑿ߚЎᴀऩܗ㑻ऩܗˈᴀऩܗⱘᔶ⢊Ўぎ䯈Ḛᶊ˄Figure
F-6˅DŽ
Figure F-6: Primary Members of Secondary Roof Structure
F-6˖㑻㒧ᵘЁⱘᴀᴚӊ
The secondary elements in between the rhombi consist of purlin crosses (Figure
F-7), which are pinned to the primary elements. In a purlin cross, two of the four
purlin connections have axial hinges as well, so that the purlin crosses will transfer
loads mainly by bending and tension.
㑻ऩܗЎ㧅ᔶ䯈ⱘѸঝ⁽ᴵ˄Figure F-7˅ˈ݊䫄ࠄᴀऩܗϞDŽ⁽ᴵಯϾ㡖⚍
ЁⱘϸϾЎ䕈䫄ˈ䖭ḋЏ㽕䗮䖛ᔃᢝӴ䗦㥋䕑DŽ
36 m
36 m
9 m
6 m
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Figure F-7: Purlins
F-7 ˖⁽ᴵ
In the areas around the columns, the structure is reinforced (Figure F-8).
਼᷅ೈⱘऎඳˈ㒧ᵘ䖯㸠њࡴ˄Figure F-8˅DŽ
Figure F-8: Reinforced Structure around Column Area
F-8 ˖਼᷅ೈⱘࡴᔎ㒧ᵘ
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F.1.1.2 Bracing and Movement Joints ᬃᩥԌ㓽㓱ᬃᩥԌ㓽㓱ᬃᩥԌ㓽㓱ᬃᩥԌ㓽㓱
A movement joint in axis 14’ separates the terminal roof from the transition.
Movement joints in axis EF and WF further divide the roof into three parts. The
structure ends on axis G4’.
ԡѢ䕈 14’ⱘԌ㓽㓱ᇚख़ሟ乊䖛⏵ऎߚᓔDŽԌ㓽㓱䕈 EF 䕈 WF ᇚሟ乊ߚЎϝ
䚼ߚDŽᭈϾ㒧ᵘ㒧ᴳѢ䕈 G4’DŽ�
In order to brace the structure horizontally, four cores are connected to the roof:
Two in the Center Part and one each in the Northeast and the Southwest Part
(Figure F-9).
Ўњ∈ᑇᮍᬃᩥ㒧ᵘˈख़ሟ乊䖲ࠄಯϾḌϞ˖ϸϾԡѢख़Ё䚼ˈϸϾ
ߚ߿ϰ࣫ख़㽓फख़˄Figure F-9˅DŽ
Figure F-9: Bracing of terminal roof
F-9 ˖ख़ሟ乊ⱘᬃᩥ
Furthermore, the roof structure is fixed to the columns, which also transfer part of
the horizontal loads into the ground.
ℸˈሟ乊㒧ᵘ㒧᷅Ϟˈ݊гৃҹӴ䗦䚼ߚ∈ᑇ㥋䕑ࠄ⸔ϞDŽ
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F.1.1.3 Support Conditions ᬃᩥᴵӊᬃᩥᴵӊᬃᩥᴵӊᬃᩥᴵӊ
The position of the columns is shown in Figure F-10. The columns spread mainly
over the regular grid pattern of 36 m x 36 m or line up along the façade and the
roof line.
᷅ⱘԡ㕂㾕 Figure F-10DŽ᷅ⱘߚᏗЏ㽕ҹ㾘߭ⱘ 36 m x 36 m㔥ḐᔶᓣߚᏗˈ
⊓ᐩሟ乊䖍㒓ᥦ߫DŽ
Figure F-10: Supporting Columns
F-10 ˖ ᬃᩥ᷅
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F.1.1.4 Member Sizes ᴚӊሎᇌᴚӊሎᇌᴚӊሎᇌᴚӊሎᇌ
The following figures (Figure F-11 to Figure F-25) show the particular position for
each of the members/groups in the structure. They also provide a table with cross
sections. The model shows part of terminal center.
ϟ߫˄ F-11 ࠄ F-25˅Ё㒭ߎњ↣Ͼᴚӊ㒘㒧ᵘЁⱘ⡍⅞ԡ㕂ҹঞ䴶
㸼DŽൟЎख़Ё䚼DŽ
Figure F-11: Group 1 – Upper Chord (Secondary Structure)
F-11 ˖ᴚӊ㒘 1 – Ϟᓺᴚ˄㑻㒧ᵘ˅
Section Type: PIPE 194.0 x 6 mm Group 1: Upper Chord
䴶㉏ൟ˖ 䩶ㅵ 194.0 x 6↿㉇ ᴚӊ㒘 1˖Ϟᓺᴚ
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Figure F-12: Group 3 – Lower Chord (Secondary Structure)
F-12 ˖ᴚӊ㒘 3 – ϟᓺᴚ˄㑻㒧ᵘ˅
Section Type: PIPE 194.0 x 8 mm Group 3: Lower Chord
䴶㉏ൟ˖ 䩶ㅵ 194.0 x 8↿㉇ ᴚӊ㒘 3˖ϟᓺᴚ
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Figure F-13: Group 5 – Verticals (Secondary Structure)
F-13 ˖ᴚӊ㒘 5 – オᴚ˄㑻㒧ᵘ˅
Section Type: PIPE 168.0 x 6 mm Group 5: Verticals
䴶㉏ൟ˖ 䩶ㅵ 168.0 x 6↿㉇ ᴚӊ㒘 5˖オᴚ
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Figure F-14: Group 6, 7, 8 and 9: Diagonals (Secondary Structure)
F-14 ˖ᴚӊ㒘 6ǃ7ǃ8ǃ9 – ᭰ᴚ˄㑻㒧ᵘ˅
Section Type: PIPE 159.0 x 5 mm Group 6: Diagonals
PIPE 159.0 x 5 mm Group 7: Diagonals
PIPE 159.0 x 5 mm Group 8: Diagonals
PIPE 159.0 x 5 mm Group 9: Diagonals
䴶㉏ൟ˖ 䩶ㅵ 159.0 x 5↿㉇ ᴚӊ㒘 6˖᭰ᴚ
䩶ㅵ 159.0 x 5↿㉇ ᴚӊ㒘 7˖᭰ᴚ
䩶ㅵ 159.0 x 5↿㉇ ᴚӊ㒘 8˖᭰ᴚ
䩶ㅵ 159.0 x 5↿㉇ ᴚӊ㒘 9˖᭰ᴚ
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Figure F-15: Groups 21 and 22 – Upper and Lower Chord (Primary Structure)
F-15 ˖ᴚӊ㒘 21 22– Ϟǃϟᓺᴚ˄ᴀ㒧ᵘ˅
Section Type: PIPE 368.0 x 14 mm Group 21: Upper Chord
䴶㉏ൟ˖ 䩶ㅵ 368.0 x 14↿㉇ ᴚӊ㒘 21˖Ϟᓺᴚ
Section Type: PIPE 368.0 x 16 mm Group 22: Lower Chord
䴶㉏ൟ˖ 䩶ㅵ 368.0 x 16↿㉇ ᴚӊ㒘 22˖ϟᓺᴚ
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Figure F-16: Groups 23 and 25 – Verticals and Diagonals (Primary Structure)
F-16 ˖ᴚӊ㒘 23 25 – オᴚ᭰ᴚ˄ᴀ㒧ᵘ˅
Section Type: PIPE 273.0 x 12 mm Group 23: Diagonals
䴶㉏ൟ˖ 䩶ㅵ 273.0 x 12↿㉇ ᴚӊ㒘 23˖᭰ᴚ
Section Type: PIPE 273.0 x 10 mm Group 25: Verticals
䴶㉏ൟ˖ 䩶ㅵ 273.0 x 10↿㉇ ᴚӊ㒘 25˖オᴚ
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Figure F-17: Group 41 – Reinforced Upper Chord (Secondary Structure)
F-17 ˖ᴚӊ㒘 41 – ࡴḕᶊϞᓺᴚ˄㑻㒧ᵘ˅
Section Type: PIPE 219.0 x 14 mm Group 41: Upper Chord
䴶㉏ൟ˖ 䩶ㅵ 219.0 x 14↿㉇ ᴚӊ㒘 41˖Ϟᓺᴚ
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Figure F-18: Group 43 – Reinforced Upper Chord (Secondary Structure)
F-18 ˖ᴚӊ㒘 43 – ࡴḕᶊϞᓺᴚ˄㑻㒧ᵘ˅
Section Type: PIPE 219.0 x 16 mm Group 43: Lower Chord
䴶㉏ൟ˖ 䩶ㅵ 219.0 x 16↿㉇ ᴚӊ㒘 43˖ϟᓺᴚ
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Figure F-19: Group 45 – Reinforced Verticals (Secondary Structure)
F-19 ˖ᴚӊ㒘 45 – ࡴḕᶊオᴚ˄㑻㒧ᵘ˅
Section Type: PIPE 180.0 x 12 mm Group 45: Verticals
䴶㉏ൟ˖ 䩶ㅵ 180.0 x 12↿㉇ ᴚӊ㒘 45˖オᴚ
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Figure F-20: Groups 46, 47, 48 and 49 – Reinforced Diagonals (Secondary
Structure)
F-20 ˖ᴚӊ㒘 46ǃ47ǃ48 49 – ࡴḕᶊ᭰ᴚ˄㑻㒧ᵘ˅
Section Type: PIPE 180.0 x 10 mm Group 46: Diagonals
PIPE 180.0 x 10 mm Group 47: Diagonals
PIPE 180.0 x 10 mm Group 48: Diagonals
PIPE 180.0 x 10 mm Group 49: Diagonals
䴶㉏ൟ˖ 䩶ㅵ 180.0 x 10↿㉇ ᴚӊ㒘 46˖᭰ᴚ
䩶ㅵ 180.0 x 10↿㉇ ᴚӊ㒘 47˖᭰ᴚ
䩶ㅵ 180.0 x 10↿㉇ ᴚӊ㒘 48˖᭰ᴚ
䩶ㅵ 180.0 x 10↿㉇ ᴚӊ㒘 49˖᭰ᴚ
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Figure F-21: Groups 51 and 52 – Reinforced Truss Girder (Primary Structure)
F-21 ˖ᴚӊ㒘 51 52 – –ࡴḕᶊṕ˄ᴀ㒧ᵘ˅
Section Type: PIPE 406.0 x 35 mm Group 51: Upper Chord
PIPE 406.0 x 35 mm Group 52: Lower Chord
䴶㉏ൟ˖ 䩶ㅵ 406.0 x 35↿㉇ ᴚӊ㒘 51˖Ϟᓺᴚ
䩶ㅵ 406.0 x 35↿㉇ ᴚӊ㒘 52˖ϟᓺᴚ
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Figure F-22: Groups 53 and 55 – Reinforced Truss Girder (Primary Structure)
F-22 ˖ᴚӊ㒘 53 55 – –ࡴḕᶊṕ˄ᴀ㒧ᵘ˅
Section Type: PIPE 323.9 x 35 mm Group 53: Verticals
PIPE 323.9 x 35 mm Group 55: Diagonals
䴶㉏ൟ˖ 䩶ㅵ 323.9 x 35↿㉇ ᴚӊ㒘 51˖オᴚ
䩶ㅵ 323.9 x 35↿㉇ ᴚӊ㒘 52˖᭰ᴚ
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Figure F-23: Groups 71 and 72 – Upper Purlins (Secondary Structure)
F-23 ˖ᴚӊ㒘 71 72 – –Ϟሖ⁽ᴵ˄㑻㒧ᵘ˅
Section Type: PIPE 168.0 x 8 mm Group 71: Upper Purlins
PIPE 168.0 x 8 mm Group 72: Upper Purlins
䴶㉏ൟ˖ 䩶ㅵ 168.0 x 8↿㉇ ᴚӊ㒘 71˖Ϟሖ⁽ᴵ
䩶ㅵ 168.0 x 8↿㉇ ᴚӊ㒘 72˖Ϟሖ⁽ᴵ
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Figure F-24: Groups 73 and 74 – Lower Purlins (Secondary Structure)
F-24˖ᴚӊ㒘 73 74 – –ϟሖ⁽ᴵ˄㑻㒧ᵘ˅
Section Type: PIPE 168.0 x 8 mm Group 73: Lower Purlins
PIPE 168.0 x 8 mm Group 74: Lower Purlins
䴶㉏ൟ˖ 䩶ㅵ 168.0 x 8↿㉇ ᴚӊ㒘 73˖ϟሖ⁽ᴵ
䩶ㅵ 168.0 x 8↿㉇ ᴚӊ㒘 74˖ϟሖ⁽ᴵ
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Figure F-25: 85: Verticals over Column
F-25 ˖㒘 85 ˖᷅Ϟオᴚ
Section Type: 2 DOUBLE T: 2500 x 35 mm Group 85: Verticals Column
2 DOUBLE T: 2500 x 35 mm Group 80: Column Top
䴶㉏ൟ˖ ঠ T ൟ䩶˖2500 x 35↿㉇ ᴚӊ㒘 85˖オⳈ᷅
2500 x 35↿㉇ ᴚӊ㒘 80˖᷅乊
Section Type: 2 DOUBLE T: 1000 x 35 mm Group 80: Column Bottom
䴶㉏ൟ˖ ঠ T ൟ䩶˖1000 x 35↿㉇ ᴚӊ㒘 80˖᷅ᑩ
Columns are haunched between top and bottom.
᷅乊䚼ᑩ䚼П䯈ࡴ㜟DŽ
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Additional profiles are used for the edge beam.
ṕՓ⫼䰘ࡴⱘൟ䩶DŽ
Figure F-26: Groups 11 and 12: Upper and Lower Chord of Edge Beam
F-26 ˖ᴚӊ㒘 11 12˖ṕϞˈϟᓺᴚ
Section Type: PIPE 273.0 x 8 mm Group 11: Upper Chord
PIPE 273.0 x 8 mm Group 12: Lower Chord
䴶㉏ൟ˖ 䩶ㅵ 273.0 x 8 ↿㉇ ᴚӊ㒘 11˖Ϟᓺᴚ
䩶ㅵ 273.0 x 8 ↿㉇ ᴚӊ㒘 12˖ϟᓺᴚ
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Figure F-27: Groups 13 and 14: Verticals and Diagonals of Edge Beam
F-27 ˖ᴚӊ㒘 13 14˖ṕオᴚ᭰ᴚ
Section Type: PIPE 194.0 x 6 mm Group 13: Verticals
PIPE 194.0 x 6 mm Group 14: Diagonals
䴶㉏ൟ˖ 䩶ㅵ 194.0 x 6↿㉇ ᴚӊ㒘 13˖オᴚ
䩶ㅵ 194.0 x 6↿㉇ ᴚӊ㒘 14˖᭰ᴚ
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F.1.2 Load Assumptions 㥋㥋㥋㥋䕑পؐ䕑পؐ䕑পؐ䕑পؐ
F.1.2.1 General ᘏ䗄ᘏ䗄ᘏ䗄ᘏ䗄
For general load definitions see chapter D (Design Criteria) and chapter E (Load
Combinations).
ԧⱘ㥋䕑পؐ㾕ゴ㡖 D(䆒䅵ޚ߭)ゴ㡖 E(㥋䕑㒘ড়)
F.1.2.2 Definition of Single Load Cases ऩ⣀㥋䕑Ꮉމⱘপؐऩ⣀㥋䕑Ꮉމⱘপؐऩ⣀㥋䕑Ꮉމⱘপؐऩ⣀㥋䕑Ꮉމⱘপؐ
The following single load cases are considered in the structural calculation:
ҹϟЎ㒧ᵘ䅵ㅫЁ㗗㰥ࠄⱘ㥋䕑Ꮉމ˖
Load Case 1: Dead Load
Load Case 11: Roof Live Load & Superimposed Roof Live Load
Load Case 21: Wind Load WP (Pressure)
Load Case 22 – 24: Wind Load WS,1 - WS,3 (Suction)
Ꮉމ 1: ᘦ㥋䕑
Ꮉމ 11: ሟ䴶⌏㥋䕑 & 䰘ࡴሟ䴶⌏㥋䕑
Ꮉމ 21: 亢㥋䕑 WP (य़)
Ꮉމ 22 – 24: 亢㥋䕑 WS,1 - WS,3 ()
The derivation of the four wind load cases is described in detail in the following
subchapter (F.1.2.2.1)
ಯϾ亢㥋䕑Ꮉމⱘᇐԧ㾕ৢ䴶ⱘᄤゴ㡖˄F.1.2.2.1˅
F.1.2.2.1 Wind Load evaluation 亢㥋䕑䆘Ԅ亢㥋䕑䆘Ԅ亢㥋䕑䆘Ԅ亢㥋䕑䆘Ԅ
For the wind load evaluation, the surface of the roof was divided into several
zones. The mean wind pressure (also suction) was evaluated for each zone,
combining mean wind pressure values for three wind directions (0 °, 15 ° and
30 °; 45 °, 60 ° and 75 °; etc).
ᇍѢ亢㥋䕑ⱘ䆘Ԅˈሟ乊ⱘ㸼䴶㹿ߚЎϾϡৠⱘऎඳDŽᑇഛ亢य़˄亢˅
↣ϾऎඳϞ䆘Ԅˈᑇഛ亢य़ⱘ㒘ড়ؐᣝ 3Ͼᮍ˄0 °, 15 ° 30 °; 45 °, 60 °
75 °; ㄝ˅
Figure F-28 to Figure F-33 show the division into zones, while Table F-1 to Table
F-6 give values of mean wind pressure.
Figure F-28 㟇 Figure F-33 㒭ߎњऎඳⱘߦߚˈ㸼 Table F-1 㟇 Table F-6㒭ߎњᑇ
ഛ亢य़ؐDŽ
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02.12.2008 CHAPTER FCHAPTER FCHAPTER FCHAPTER F page 27 of 72
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Figure F-28: Wind Load Zones Terminal Northeast – Upper Surface
F-28: ϰ࣫ख़亢㥋䕑ऎඳ– Ϟ㸼䴶
Table F-1: Wind Load Terminal Northeast – Upper Surface
㸼 F-1: ϰ࣫ख़亢㥋䕑ऎඳ– Ϟ㸼䴶
Wind Load Terminal Northeast (Upper Surface) [kN/m²]
ϰ࣫ख़亢㥋䕑ऎඳ˄Ϟ㸼䴶˅
Wind Direction
亢
Zone 1
ऎඳ 1
Zone 2
ऎඳ 2
Zone 3
ऎඳ 3
Zone 4
ऎඳ 4
0 – 30° - 1.7 - 0.6 - 0.5 - 0.4
45 – 75° - 1.4 - 0.5 - 0.2 - 0.2
90 – 120° 0.0 - 0.1 - 0.2 - 0.2
135 – 165° - 0.4 - 0.7 - 1.3 - 1.5
180 – 210° - 0.2 - 0.3 - 0.8 - 0.4
225 – 255° - 0.1 - 0.2 - 0.3 - 0.3
270 – 300° - 0.4 - 0.3 - 0.3 - 0.3
315 – 345° - 1.6 - 0.7 - 0.4 - 0.3
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02.12.2008 CHAPTER FCHAPTER FCHAPTER FCHAPTER F page 28 of 72
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Figure F-29: Wind Load Zones Terminal Northeast – Lower Surface
F-29: ϰ࣫ख़亢㥋䕑ऎඳ– ϟ㸼䴶
Table F-2: Wind Load Terminal Northeast – Lower Surface
㸼 F-2: ϰ࣫ख़亢㥋䕑ऎඳ– ϟ㸼䴶
Wind Load Cantilever Terminal Northeast (Lower Surface) [kN/m²]
ϰ࣫ख़亢㥋䕑ऎඳ˄ϟ㸼䴶˅
Wind Direction
亢
Zone 1
ऎඳ 1
Zone 2
ऎඳ 2
Zone 3
ऎඳ 3
Zone 4
ऎඳ
0 – 30° 0.8 - 0.4 - 0.4 - 0.4
45 – 75° 0.7 0.4 0.1 - 0.2
90 – 120° 0.1 0.6 0.7 0.7
135 – 165° - 0.5 0.2 0.8 0.8
180 – 210° - 0.2 - 0.4 0.4 0.3
225 – 255° - 0.1 - 0.1 - 0.3 - 0.3
270 – 300° 0.1 0.0 - 0.3 - 0.3
315 – 345° 0.7 - 0.5 - 0.4 - 0.4
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Figure F-30: Wind Load Zones Terminal Southwest – Upper Surface
F-30: 㽓फख़亢㥋䕑ऎඳ– Ϟ㸼䴶
Table F-3: Wind Load Terminal Southwest – Upper Surface
㸼 F-3: 㽓फख़亢㥋䕑ऎඳ– Ϟ㸼䴶
Wind Load Terminal Southwest (Upper Surface) [kN/m²]
㽓फख़亢㥋䕑ऎඳ˄Ϟ㸼䴶˅
Wind Direction
亢
Zone 1
ऎඳ 1
Zone 2
ऎඳ 2
Zone 3
ऎඳ 3
Zone 4
ऎඳ 4
0 – 30° - 1.4 - 0.5 - 0.5 - 0.4
45 – 75° - 0.7 - 0.3 - 0.3 - 0.3
90 – 120° - 0.2 - 0.2 - 0.2 - 0.3
135 – 165° - 0.2 - 0.2 - 0.4 - 0.3
180 – 210° - 0.4 - 0.6 - 1.7 - 0.1
225 – 255° - 0.1 - 0.1 - 1.4 - 1.5
270 – 300° - 0.7 - 0.1 0.0 - 1.4
315 – 345° - 1.7 - 0.6 - 0.5 - 0.4
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Figure F-31: Wind Load Zones Terminal Southwest – Lower Surface
F-31: 㽓फख़亢㥋䕑ऎඳ– ϟ㸼䴶
Table F-4: Wind Load Terminal Southwest – Lower Surface
㸼 F-4: 㽓फख़亢㥋䕑ऎඳ– ϟ㸼䴶
Wind Load Cantilever Terminal Southwest (Lower Surface) [kN/m²]
㽓फख़亢㥋䕑ऎඳ˄ϟ㸼䴶˅
Wind Direction
亢
Zone 1
ऎඳ 1
Zone 2
ऎඳ 2
Zone 3
ऎඳ 3
Zone 4
ऎඳ 4
0 – 30° - 0.7 - 0.5 - 0.4 - 0.3
45 – 75° 0.5 - 0.3 - 0.3 - 0.3
90 – 120° - 0.2 0.0 - 0.2 - 0.3
135 – 165° - 0.2 - 0.2 - 0.2 - 0.1
180 – 210° - 0.3 - 0.4 0.6 0.4
225 – 255° - 0.3 0.8 0.8 0.6
270 – 300° 0.5 1.0 0.5 0.2
315 – 345° 1.2 0.3 - 0.4 - 0.4
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