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C BRANDING ELEMENTS 2    CEILING 2.2    PANELS

REFERENCE INDEX PLANS

D1-GUI-1-200 D1-GUX-1-200 D1-GEI-1-200 D1-SA-1-200

GUI – Reflected Ceiling Plans GUX - Reflected Ceiling Plans GEI - Reflected Ceiling Plans SA - Reflected Ceiling Plans

DETAILS

C0-TRA-4-101 Ceiling System C0-TRA-4-151 Typical Ceiling Panel Details C0-TRA-4-156 Typical Signage Details

3D MODELS

C0-TRA-6-121 Ceiling Panels C0-TRA-6-122 Sign Panels C0-TRA-6-141 Ceiling Tile Types D1-GUI-6-1B1b D1-GUI-6-1B2b D1-GUX-6-1B1b D1-GUX-6-1B2b D1-GUX-6-1B3b D1-GUX-6-1B4b D1-GEI-6-101b D1-SA-6-1B1b D1-SA-6-1B2b D1-SA-6-1B3b D1-SA-6-1B4b

Ceiling Modules Concourse Ceiling Modules Platform Ceiling Modules Concourse Ceiling Modules Platform 1 Ceiling Modules Transfer Ceiling Modules Platform 2 Ceiling Modules Entrance Ceiling Modules Mezzanine Ceiling Modules Concourse Ceiling Modules Platform 1 Ceiling Modules Platform 2

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C

2.2.1

figure C2 - 24

DEFINITION

a

Introduction

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

Ceiling Panels

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C

2.2.1

DEFINITION

b

Identity

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

TRIANGULAR MODULE

N

N

L

NETWORK IDENTITY

LINE IDENTITY

S STATION IDENTITY NETWORK IDENTITY

N

LINE IDENTITY

L

STATION IDENTITY

S

CEILING figure C2 - 25

Ceiling Panels Identity

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C

2.2.2

GUIDELINES

a

Design Strategy

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

The ceiling panels fill the areas around the vaults and, through repetition, create a modular and adaptable ceiling. To accomodate different types and sizes of fixtures, the core inside the triangle dilates. Those alterations generate a variety of unique dynamic patterns. The system provides an overall diffuse light.

figure C2 - 26

Ceiling Panel Area

figure C2 - 27

Axonometric View

figure C2 - 28

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Underpass Ceiling Panel Overview

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C

2.2.2

GUIDELINES

b

Geometry

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

CEILING PANEL GEOMETRY A The ceiling panel geometry is based on an equilateral triangle.

2800 x sin60° 2425 A.

1400

T3

T2

T1

T0

60°

1400

hanging points B.

E.

60° T4

T3

T2

T1

T0

60°

D The filling panels geometry is the result of the relation between the different types of cores. E The volumetric shape of the ceiling panel, is T3 T2 T1 100 T0 mm and achievedT4by shifting up core connecting it to the corners with a 3 points curve.

T4

60°

2800

B The geometry of the panel’s core is defined by various radius in order to respond to alternative requirements. 2800 x sin60° 2425 C The core is a substructure that hangs from the ceiling. Hanging points are located at the corners. Filling panels are connected with 60° the core. 2800

hanging points

radius changes according to panel type

0 mm

100 mm

hanging points C.

60° radius changes according to panel type

hanging points D.

60° radius changes according to panel type

figure C2 - 29

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C

2.2.2

GUIDELINES

b

Geometry

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

CEILING PANEL 3D GEOMETRY Starting from the triangular geometry, follow these steps to define every Ceiling Panel Core.

A Define middle points and axis.

T1 T2 T3 T4

B According to each type, set up the radiuses along triangle axis A.

C Create an offset of 125 mm from each central line D The resulting geometry for the panels fixtures are raised 100 mm.

B.

C.

E.

F.

100 mm

100 mm 100 mm

E Draw an isocurve starting on the edge of triangular shape , center the curve 200 mm from fixture area, and end on the fixture vertice.

D.

F Ceiling panel Core achieved G Section with isocurve guidelines

200 mm light fixture

0 mm

250 mm

G. figure C2 - 30

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C

2.2.2

GUIDELINES

c

Composition

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

CEILING PANEL SYSTEM The system allows repetiveness, while maintaining a high level of diversity. The different compositions should be defined in the RCP plans. A Grid B Core C Panels D Fixtures area (lights,cameras, etc.) E Unwanted Condition: Repetitive Composition

A.

B.

C

D.

E.

F.

F Diversified Composition

figure C2 - 31

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C

2.2.2

GUIDELINES

d

Grid flexibility

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

30°

CEILING PANEL GRID BREAKS

120°

In order to adapt to the vault border, the starting point of the ceiling panels is introduced at the inward vertices of the vault border.

A.

C1

starting point

In areas where a structural variation does not allow for a basic ceiling panel to be inserted, a transitional panel must be placed with the required geometry. A GUI example where grid breaks happen

B.

C2

C3

C4

starting point

grid break

C1

C2

C3

C4

B Ceiling panel starting point rule C Examples of break transitional plan design

figure C2 - 32

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C

2.2.2

GUIDELINES

d

Grid flexibility

C

CEILING WALL RELATION In order to solve the differentiation of the box width The width of the the recessed areas can change from 200mm to 450mm, without impact on its visual and functional aspects. When the variation is bigger, a system of flexible panels is introduced.

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

Rmax

Z DIRECTION The ceiling panel system needs to adapt to the variations of the length of the station spaces. For this situation we consider three options:

Z

Z

Z

TRANS

Rmin

Z TRANS

450

B

1 - Variation in width of the recessed area, with standard panel

Z

200

B

2425 < B < 2875 200 < R < 450

B

2875 < B < 4125 R=450

4125 < B < 5050 R=200

2 - Maximum width of recessed area (450mm) and transitional panel 3 - Minimum width of recessed area (200mm) transitional panel *

CONDITION 1

CONDITION 2

CONDITION 3

* Where smoke extraction is not required, could be lowered to 150mm

450

450

450

200

450

200

MIN 200

200

CEILING PANEL

2625

Detail Ceiling section Wall 1:20Recess Detail

figure C2 - 33

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2875

2880

3500

4120

4125

5040

R

figure C2 - 34

Ceiling Panels Grid Flexibility

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C

2.2.2

GUIDELINES

d

Grid flexibility

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

CONDITION 1 CONDITION

1

1 - Variation in width of the recessed area, with half standard panel (TH) - 3000mm to 3250mm

CONDITION 2 CONDITION

2

2 - Variation in width of the recessed area, and transitional panel - 3400 mm to 4400mm

3650

200

3400 < B < 4400

3400

450

3250

Rmax

Y

Rmin

B

Y

Y

3000< B < 3250 R=B

200

Y DIRECTION The ceiling panel system needs to adapt to the variations of the width of the station spaces. For this situation we consider three options:

3000

CEILING WALL RELATION

2.1 2.1

4200

Y Y

200

B

Y

200

3655

3 - Variation in width of the recessed area, with half standard panel (TH) - 4400mm to 4650mm

450

3400 < B < 3650 200 <R<450

2.2 2.2

4395

200

4205

200

3650 < B < 4200 R=200

MIN 200

2.3 2.2

3

R

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4650

450

Y

450

Detail Ceiling section Wall 1:20Recess Detail

figure C2 - 36

B

CEILING PANEL

Y

Y

200

4400 < B < 4650 200<R<450

4400

CONDITION CONDITION3

200

4200 < B < 4400 R=200

figure C2 - 35

Ceiling Panels Grid Flexibility

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C

2.2.3

COMPONENTS

BASIC PANEL TYPES

a

Catalog

B. PANEL ELEMENTS MATRIX The panels respond to the variations of the core, adapting to the core’s shape, resulting in 15 different possible elements (see figure C2 - 38). These panels will be mainly used as an acoustic element, except when they become a support for ceiling fixtures (i.e. speakers, cameras, and signage panel).

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

B

A

A. CORE TYPES Each panel type has a core radius variation in order to host different sizes of fixtures (i.e. light/cameras/smoke detectors/wi-antennas/ etc.) (see figure C2 - 37).

C

TH

P. 00

T0

P. 01

P. 02

P. 03

P. 04

P. 11

P. 12

P. 13

P. 14

P. 22

P. 23

P. 24

P. 33

P. 34

P10 = P01

T1

P20 = P02

P21 = P12

T2

P30 = P03

P31 = P13

P32 = P23

P. 44

T3

P40 = P04

P41 = P14

P42 = P24

P43 = P34

T4

3D MODEL REFERENCE: C0-TRA-6

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Core Types

figure C2 - 38

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C

2.2.3

COMPONENTS

SIGNAGE PANEL

a

Catalog

figure C2 - 39

Ceiling panel signage elements are designed in order to integrate signage with the ceiling. Since this is the most common signage integration element, it is designed to be as flexible and as modular as possible.

C

Ceiling Panels Catalog

BRANDING ELEMENTS

CEILING

2.2

PANELS

C. BASE VARIATIONS MATRIX P.S. 00

P.S. 01

P.S. 02

P.S. 03

P.S. 04

P.S. 11

P. 12

P. 13

P. 14

P.S. 22

P.S. 23

P.S. 24

P.S. 33

P.S. 34

A. ADJUSTABLE PANEL BASE

T0 T1 T2 T3

Since there are 15 types of panel combinations, the design follows one single tridimensional shape that can be adopted by any condition, with the addition of a specific cap surface

2

T4

B. 2 DIMENSIONS OF SIGNAGE PANEL 2 300 mm

902 mm variable T1 - T4 P.S. 44

edge B

edge A

20% 20%

1 850 mm

%

20

D. ISOCURVE PARAMETERS

%

20

Refer to 3D Model

2 100 mm

EDGE B QATAR RAILWAYS

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edge B

75%

75% 40%

75%

40%

edge A

40% 75%

edge B

40%

2 300 mm

edge A

EDGE A

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2.2.3

COMPONENTS

DIAMOND SIGNAGE PANEL

a

Catalog

figure C2 - 40

In order to cope with possible incorrect orientations of the previous signage panels, and to guarantee the perpendicular view of the users, a new diamond shape signage panel should be placed. This sign element consists on the shape of two ceiling panels. This kind of signage can also adapt to simple variations when there is the need of transitional panels.

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

Ceiling Panels Catalog

A. REPLACE TWO CEILING PANELS

B. ADJUSTABLE PANEL BASE

C. 2 DIMENSIONS OF SIGNAGE PANEL 4850

EDGE A

EDGE B 2100

D. EDGES

40%

100%

20%

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C

2.2.4

LIGHTING

a

Overview

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

CEILING PANEL LIGHTING B.

A.

A. BASIC PANEL From T1 to T4, each panel will support different types of light range, therefore creating a variation in shape. The light fixture is installed up to 15cm from the recessed area of the core (see figure C2 - 41). B. UNDERPASS The ceiling panel light system can be used alone or in combination with the vault light system. It will always follow the benchmark of average 200 lux. When used alone, mainly on the underpasses, a defined pattern of panel configuration will guarantee the required lux (see figure C2 - 42).

T1

Lighting Element T1: • recessed triangular diffuse luminaire • diameter 175 mm

T2

Lighting Element T2: • recessed triangular diffuse luminaire • diameter 400 mm downlight defined in C.2.3.4

Refer to D3.2 and D4.4 for more information.

T3

Lighting Element T3: • recessed triangular diffuse luminaire • diameter 600 mm

T4

Lighting Element T4: • recessed triangular diffuse luminaire • diameter 800 mm

figure C2 - 41

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C

2.2.5

MATERIALIZATION

a

Moodboard

C

BRANDING ELEMENTS

2

CEILING

2.2

PANELS

The ceiling panels are made out of frames with an acoustical plaster infill. Both materials are finished with the same creamy white colour as the vaults. The threedimensional shape of the panels gives some subtle variation in colour, which creates more depth to it. For clarification of coding, please refer to Chapter D1.

figure C2 - 43

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C

2.2.5

MATERIALIZATION

b

Application

C

BRANDING ELEMENTS

A12

A08

A12

2

CEILING

2.2

PANELS

A06

A06

A08 A12

figure C2 - 44

A06

Ceiling Panels - Material Tags

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