AADRL ver13.0
Beijing New Airport
Architectural Concept The bilateral symmetry that derives from the extension of Beijing’s central axis, choreographs the fluid integration of the distinct elements that create the Phase 1 terminal building’s spatial organisation diagram. Like two wings to the north, the Phase 2 terminals articulate and reinforce the completeness of the diagram, integrated as a seamless flow that sits between forecourt and landscape.
emerge around it form a clear organizational device. Each petal defines a contained space with retail, food
and beverage and other amenities organised within its perimZeter, while the central space flows around the petals, defining architectural pathways of navigation from its centre towards each of the outlying pier ends. Within each petal, the flowing lines radiate outwards from its centre defining a local Architectural flow lines emerge from the landscape, directionality within each space. peeling and bifurcating as they wrap around the The fluid force-field of the lines act as a shell grand forecourt. They generate and accentuate the structure that splits to create a playful rhythm main central space, which becomes an articulation of openings towards the edges, allowing device from which seven petal shapes emerge. The light into the space and reinforcing the radiating axes that define the piers. directionality and navigation within each petal. The duality of the Central space and the petals that
Long Section through central A xis
Terminal Spatial Organisation The Terminal building is formed by a series of elements that articulate the architectural qualities of each space, while providing an integrated functional and spatial experience for the traveller. The roof shells define the main zones of the building, arranged around the central orientation space where the airside and landside spaces meet. This array of roof structures configures a sequence of spaces that contain the different programs and functions that allow the terminal to operate.
The interlocking layering and weaving of internal spaces creates a sense of verticality throughout the terminal building that allows for a continuous visual orientation and clear navigation for arriving and departing passengers. The forecourt and the train station create an integrated continuous flowing space and define the building as an icon that sits seamlessly within the airfield and the surrounding Airport City.
Domestic Departure Flow International Departure Flow CIP Domestic Departures flow CIP International Departures flow Domestic Arrival Flow International Arrival Flow
Domestic Departure Flows
3层（+12米） 登机牌办理处及 国内航班候机大厅
3层（+12米） 登机牌办理处及 国内航班候机大厅
Level 3 (+12m) Check-in and Domestic Departure Lounge
Level 3 (+12m) Check-in and Domestic Departure Lounge
2层（+6米） 候机大厅及 国际航班候机大厅
2层（+6米） 候机大厅及 国际航班候机大厅
Level 2 (+6m) ate Seating and International Departure Lounge
Level 2 (+6m) Gate Seating and International Departure Lounge
International Arrival Flows
International Departure Flows
Domestic Arrival Flows
3层（+12米 登机牌办理处 国内航班候机大厅
3层（+12米） 登机牌办理处及 国际航班候机大厅
Level 3 (+12m) Check-in and Domestic Departure Lounge
Level 3 (+12m) Check-in and Domestic Departure Lounge
2层（+6米） 候机大厅 国际航班候机大厅
2层（+6米） 候机大厅及 国际航班候机大厅
Level 2 (+6m) Gate Seating and International Departure Lounge
Level 2 (+6m) Gate Seating and International Departure Lounge
图示 Key 近机位廊桥登机门国际离港 International Departing from Contact Pier Gate
图示 Key
图示 Key
落车区 Drop off
由近机门至国际抵港路径 International Arrival from Contact Gate
客服柜台 Customer Service
由近机门至国内离港路径 Domestic Departing from Contact Pier Gate
边防检查 Immigration
检疫 Quarantine
落车处 Drop off
安检 Security
1层（0米） 停机坪
1层（0米） 停机坪
商业零售 Retail
Level 1 (0m) Apron
Level 1 (0m) Apron
由近机门至国际抵港路径 International Arrival from Contact Gate 行李认领 Baggage Reclaim
由巴士通至国内离港 Domestic Departing from Coaching Gate
包车接机处 Chartered Pick-Up
摆渡车 Bus / Coach
重要商务人士抵港 CIP Arrivals
安检 Security
1层（0米） 停机坪
边检 Emigration
Level 1 (0m) Apron
摆渡车 Bus / Coach
由巴士通至国际抵港 International Arrival from Coaching Gate
信息 Information
摆渡车 Bus / Coach
主要方向地标灯标10米标高 Main Orientation Beacon 10m
Terminal Passenger Flows These diagrams show the spatial flows for the terminal. All domestic and international passengers have been separated after check-in. International passengers flow from the main check-in facility at Level 3 (+12m) to the centralised International processing facilities at Level 2 (+6m).
交通接驳（-7米） Transport Interchange (-7m)
It therefore also alleviates the need for technologies that would have been required to prevent these scenarios, such as facial image-recognition, that may have led to additional responsibilities for staff at presecurity and at each domestic boarding gate.
The other major design feature of the schematic passenger flows is the separation of departing CIP Domestic passengers flow across Level 2 from check- passengers from the rest of the outbound population. This is achieved through provision of separate CIP in, directly through one of four separate processing drop-off, check-in and security facilities at Level 5 zones also located at that level. This separation of (+22m) and provides for an enhanced experience for international and domestic passengers mitigates any this passenger type. CIP passengers rejoin regular possibility of a passenger ‘short-cutting’ between international and domestic flights airside, which could passenger flows within the domestic and international retail areas, wherein all passenger types are given the allow a foreigner to enter China without having gone opportunity to enjoy the commercial offerings. through the requisite immigration process.
交通接驳（-7米） Transport Interchange (-7m)
检疫 Quarantine
Level 1 (0m) Apron
包车接机处 Chartered Pick-Up 重要商务人士抵港 CIP Arrivals
摆渡车通道国际离港 International Departing from Coaching Gate
重要商务人士室接机休息室 CIP Pick Up Lounge
电梯/自动扶梯/楼梯 Lifts / Escalators / Stairs 垂直循环位置 Vertical Circulation Location
海关检查 Customs
1层（0米） 停机坪
商业零售 Retail
问询 Information
廊桥寻路地标灯标7米标高 Pier Wayfinding Beacon 7m
行李认领 Baggage Reclaim
海关 Customs
图示 Key
客户服务 Customer Service
重要商务人士室接机休息室 CIP Pick Up Lounge 由近机门至国际抵港路径 International Arrival from Coaching Gate 摆渡车 Bus / Coach
电梯/电扶梯/楼梯 Lifts / Escalators / Stairs
电梯/自动扶梯/楼梯 Lifts / Escalators / Stairs
垂直流线地点 Vertical Circulation Location
垂直循环位置 Vertical Circulation Location
廊桥寻路地表灯（7米标高） Pier Wayfinding Beacon 7m
One of the most poignant elements of the design of such a large facility is the degree to which level changes are reduced to a minimum. In the design for the Beijing New Airport terminal, domestic departure facilities are kept on one level, only stepping once to bring passengers to the single pier level. This stepping not only facilitates an aboveground, double-height baggage hall, but also allows a clear view from the retail and seating areas over the airfield. Passengers are also able to view over the gate signage from their vantage point within the lounge areas, thus creating an exemplary clarity of wayfinding unlike almost any other airport.
问询 Information 电梯/自动扶梯/楼梯 Lifts / Escalators / Stairs 交通接驳 Transport Interchange (-7m)
International departures also experience only one level change in their entire journey, being placed underneath domestic departures to create an effective separation between the two populations beyond check-in. Once in the International Departures lounge, no more level changes are required on the outward bound journey.
交通接驳（-7米） Transport Interchange (-7m)
垂直循环位置 Vertical Circulation Location
3
1
2
5层（+22米） CIP Level 5 (+22m) CIP
4层（+18米） 上层国内航班候机大厅 Level 4 (+18m) Upper Level Domestic Departure Lounges
图例
3层（+12米） 登机牌办理处/国内航班候机 大厅 Level 3 (+12m) Check-In/Domestic Departure Lounges
图例
Key
Key 立面竖向支撑 Vertical support form facades
立面竖向支撑 Vertical support form facades
主支撑拱圈作用 Arch action between primary supports
主支撑拱圈作用 Arch action between primary supports
1
2层（+6米） 候机大厅/国际航班候机大厅 Level 2 (+6m) Gate Seating/International Departure Lounges
2
图例 1层（0米） 停机坪 Level 1 (0m) Apron
图例 Key
最大30x30m的网格 Up to 30 X 30m Grid
图例 Key
18x18m的网格 18 X 18m Grid 18x9m的网格 18 X 9m Grid
设备室第一层 Expantion Joints
9x9m的网格 9 X 9m Grid
Structural Engineering
1 Space frame roofs
Expansion joints
Floor grids
Exploded isometric view of structure
The roof structures were developed using gravity defined form finding algorithms to achieve long column free spans with maximum efficiency, reflected directly in the expression of the architectural form. Using the most appropriate construction forms, complexity in the geometry and assembly are reduced to a minimum. Since all structure is hidden behind cladding; standard methods of construction such as space frames and steel grid shells ensure that a maximum of off-site prefabrication can be employed. In the floor structures, too, the seemingly complex geometries are simplified as best possible using rectangular grids and standard steel/concrete composite construction.
Isometric view of the double layer steel space frame roof structures adapted to the organic architectural external envelope.
Isometric view of all floor plates and the roof illustrates the position of the expansion joints and typical detail of expansion joint where the columns are doubled-up.
Isometric view of all floor structures shows the different grids used to enhance the functional requirements of the building and minimise the need of transfer structures.
This view shows the structural composition of the structure: long span steel roofs, composite concrete floors and reinforced concrete shear walls providing stability.
2 Central grid shell roof Isometric view of the central freeform steel grid shell roof and feature “tree” columns 3 Grid shell construction 3D render showing one of the multiple choices to erect thewelded architectural steel grid shell.
View from Entrance Hall (check in area) towards domestic security
View from domestic departures plateau towards domestic gates
View from CIP entrance hall towards departures hall (central orientation space)
National Art Museum of China
Design Concepts Evolution from Phase 1 to Phase 2
Phase 1
Pre-Phase 2
Phase 2
NAMOC Form Finding
Programme Distribution Plaza Level Cores and Service Area
Temporary Galleries
Open Terraces
Open Courtyards
Open Terraces
Best Collection Gallery
Special Events / Theatre Entrance Plaza (semi-outdoor event space)
Main Public Entrance Education Entrance
Permanent Galleries Shortening the North and South facade creating a dialogue with the two neighbouring museums
Lifting the volume underside responding to the urban activity to flow and connect with the existing and future context. A welcoming gate and continuous public ground to bring people together for multiple activities on different levels
The main structure is fully integrated into the design defining a clean perimeter where services, vertical circulation cores and set up areas organize a series of intimate galleries allong the different levels of the building.
Programme Distribution Mezzanine 02
Permanent Galleries
Main Concourse _A volume is carved out from the heart of the building to define the Main Central Public Atrium which opens up laterllay to both East and West facades integrating the central space with outdoor terraces overlooking the olimpic green.
_Three primitive geometries intrude and inhabit the Central Atrium creating a rich composition of the gallery volumes.
Programme Distribution Museum Concourse
椭圆形“最佳藏品”展厅 Ellipsoid “Best Collection” Gallery
艺术家工作室 Artists’ Studios
剧院 Theatre
Access from Underground
_A carefully defined layering of the top articulates the gallery volumes to organize an elevated landscape that allocates a series of courtyards and terraces providing unique outdoor spaces to the entire volume.
Programme Distribution Gallery Level 02 办公室 Offices
环绕展厅 Perimeter Galleries
办公室 Offices
Perimeter Galleries 剧院 Theatre
VIP Terraces
Programme Distribution Gallery Level 01
环绕展厅
Loading Bay
大礼堂夹层 Grand Hall Mezzanine
大会堂 Grand Hall
椭圆形“最佳收藏”展区 Ellipsoid “Best Collection” Gallery
临时藏品展厅 Temporal Collection Gallery
活动/表演区 Event / Performance space 博物馆公共庭 Museum Concourse
临时藏品展厅 Temporal Collection Gallery 玻璃地板 Glass floor 南部展厅 South Gallery
教室 Classrooms
Outdoor terrace / Garden 室外露台/花园
图书馆 Library Bar / Lounge
Programme Distribution Gallery level 03 办公室 Offices
Programme Distribution Gallery Level 04
大礼堂夹层 Grand Hall Mezzanine
Programme Distribution Viewing Gallery / VIP Level
露台/雕塑/沉思花园 Terraces / Sculpture / Contemplation Gardens
贵宾区/休憩厅/办公室
飞龙展厅夹层
VIP Zone / Lounge / Offices
Dragon Galleries Mezzanine
露台/雕塑/沉思花园 Terraces / Sculpture / Contemplation Gardens
飞龙展厅 Dragon Galleries
Outdoor terrace / Garden 室外露台/花园
贵宾专用露台 VIP Private Terrace 观览展厅露台 Viewing Gallery Terrace
临时藏品展厅 Temporal Collection Gallery 中庭/雕塑花园 Courtyards / Sculpture Gardens
高架景观/雕塑花园 Elevated Landscape / Scupture Garden
Perimeter Roof Top Gallery
贵宾花园 VIP Garden
雕塑花园 Sculpture Garden
沉思花园 Contemplation Garden
Outdoor terrace / Garden
中庭/雕塑花园 Courtards / Sculpture Gardens
环绕屋顶展厅
贵宾花园露台 VIP Garden terrace
Restaurant
Programme Distribution VIP Level
高架景观/雕塑花园
沉思花园
酒吧露台
材料与施工性 几何与材料的二元性强调了美术馆空间的二元性，重新定义了国家美术馆 的外立面：通过建筑物的空间接合和补充性材料的運用，明确表現了永久 性和临时性藏品的不同脈絡。這些经改进的材料也为建筑物提供了更多的 功能，维护简单，施工性改善。玻璃纤维增强水泥的厚重性与玻璃板的轻 盈性形成鲜明对比，赋予美术馆永恒感和庄严性。 在视觉设计方面，受到中国水墨画的灰色调的启发，玻璃纤维增强水泥和 玻璃表现多重不同层次的灰色调。中国的墨在水里能呈现不同的透明度 与灰色调，這可以被视为一种景深效果。同样的，国家美术馆的分层次灰 色调幕墙设计产生了建筑物的感知深度，通过其材料表达了美术馆的活 力。为了增强这种深度感, 在外立面的造型上选择性地使用褶折赋予建筑 表皮一种动态形体的表现。 仔细组装外墙板组件，提高施工性。国家美术馆的幕墙系统设计为多层组 合式结构，易于组装，造价便宜，是当今国内常用的方法。为了在改进施 工性的同时提高建筑物的存在感，在工厂将装配并安装单个的大型玻璃纤 维增强水泥与玻璃板。国家美术馆的一些区域采用逐步褶皱设计，营造出 一种良好的几何细度感。在这些区域内，在工厂将单个小型面板预装配为 大型面板组件，从而减少由于面板的规格较小而可能造成的安装和校准误 差，并确保现场的施工精度。
预装面板 Pre-assembled panels
现场组装面板 Site-assembled panels
Materiality / Constructability 剖面01 Section 01
NAMOC’s façade is redefined through a geometric and material duality that underscores the spatial duality of the museum: complementing mineral materials are used to express the different contexts of permanent and temporary collections which are already defined through the spatial articulation of the building. This improved materiality also provides a greater functionality for the building, with simple maintenance and improved constructability. The heaviness of the GRC contrasts the lightness of the glass panels while together giving a greater sense permanence and sophisticated majesty to the museum.
现场组装面板 数量：4026 比例：91.5% Site-assembled panels Number: 4026 Percentage: 91.5% 现场组装以及预装面板分布 Distribution of Site-assembled and pre-assembled panels
玻璃面板（蓝色） 数量：3789 尺寸： 4 x 2 m Glass panels(in blue) Panels: 3789 Size: 4 x 2 m
剖面02 Section 02
GRC面板（灰色）： 数量：4315 尺寸：4 x 2 m GRC panels (in grey): Panels: 4315 Size: 4 x 2 m
剖面03 Section 03
预装面板 数量：375 比例：8.5% Pre-assembled panels Number: 375 Percentage: 8.5%
玻璃面板（蓝色） 数量：3789 尺寸： 4 x 2 m Glass panels (in blue) Number: 3789 Size: 4 x 2 m
GRC面板（灰色0): 数量：4315 尺寸： 4 x 2 m GRC panels (in grey): Panels: 4315 Size: 4 x 2 m
GRC以及玻璃面板分布 Distribution of GRC and Glass panels
GRC以及玻璃面板分布 Distribution of GRC and Glass panels
曲线面板（红色） 数量：4948 比例：59% Curved panels (in red) Number: 4948 Percentage: 59%
曲线面板（红色） 数量：4948 比例：59% Curved panels (in red) Panels: 4948 Percentage: 59%
直线面板（灰色）： 数量：3440 比例：41% Flat panels (in grey): Number: 3440 Percentage: 41% 剖面04 Section 04
直线以及曲线面板分布 Distribution of flat panels and curved panels
直线面板（灰色）： 数量：3440 比例：41% Flat panels (in grey): Number: 3440 Percentage: 41% 直线以及曲线面板分布 Distribution of flat panels and curved panels
Temporary Galleries
View of the South Gallery: Temporary Gallery 4.7
View of the Glass floor Gallery: Temporary Gallery 4.10
Permanent Galleries
View of the Gran Hall Gallery: Permanent Gallery 5.6
View of the Special Gallery: Permanent Gallery 2.3
Hainan Hotel and Service Apartment
Hotel Rooms
Hotel Rooms Hotel Lobby and Restaurants
Residential Villas
Sevice Apartments
Design Concept The hotel is organized with a strong, central axis with surrounding floating clouds and floating water. There are welcoming grand canopies for visiting guest and friends. There are a series of open canopies “floating” on a central water feature connecting towards the ocean. These roof structures are beautiful crafted contemporary wood structure.The roof structures sit on an elevated white marble podium “floating” above a central water feature. The Hotel blocks surround the central palace like flowing clouds and dissipate outward to the edges of the site to be the individual villas.The systems of paths/network connects all the hotel facilities. All hotel rooms views are directed towards the ocean. Each room has playful balconies to articulate the hotel blocks.The pools and water features radiate from the central palace and are distributed along the hotelThe series of pockets within the landscape offer the possibility of thematical gardens/pools and luxury hospitality
Hotel Villas
_Typical Floor Plan
Club House Ball Room Parking BoH
Hotel Lobby / Public areas Grandness and noble elegance of the central public spaces creates a unifying and symbolic center. The floating roofs cluster to create a group of floating cloud surround the central public space.
Level Podium
Ground Floor Level
1st Level - Access from the Apartments
2nd Level
Tokyo National Stadium and Olympic Stadium
Asymmetric Quadrants (N/S)
A+ Elevation Symmetric Alignment Symmetric Quadrants
Structural Symmetric Base
Asymmetric Quadrants (N/S)
A Inhabiting structures concept – Sky Bridge / Side Diagonal stairs /
Design Principles Volumetric Resolution / Geometry and Structure As established in Frame Work Design Stage, the volume has been rationalized to be symmetric where possible having large benefits for design budget and construction. An important architectural feature that has driven the project since the early competition design intent has been to develop the geometrical resolution of the stadium as an intricate structural composition that is both light and cohesive.
Concert Mode
Operable Roof
Tensile Fixed Roof Membranes South Canopy Cross Tie South
Cross Tie North
Exoskeleton
Seating Bowl Elevated plaza Observation Deck
Concourses
Restaurant / Cafeteria
Glass Curtain Wall
South Elevated Plaza Podium (Main Concourse L03) Main Arch Sky Bridge
North Elevated Plaza
Side Roof Tie
West Bridge Side Diagonal
Upper Deck
FOP -Field of Play
Geometry Rationalization The process of rationalization has been studied to describe and optimized geometry and coordinate between architectural and structural requirements. Although not conclusive, this process will be carried out into the next Design Stage where a set of geometric principles should work as guidelines for further coordination and geometrical development.
R = 628
R = 410
R = 613 R = 208
R = 186
R = 184
R = 410
R = 48
Ventilation Grills Sky Bridge
Slope 1:12 Glazed Rain screen
Facade Panel Deviation Gradient
min deviation 0m
max deviation 0.03m
Overall Cladding Strategy Painted steel
Aluminium panel
GRP
Skybridge Interior
Perforated aluminium panel
Perferated Metal Gutter Top Gutter Aluminium Metal GRP
GRP floor lighting glass balustrade
Floor lighting Glass Balustrade Aluminium Metal
Glass Curtain Wall
MArch AASchool MArch ofof AASchool DesignDesign Research Research Lab(AADRL) Lab
BArch of National HuaQiao University China
hurriarc@hotmail.com
Email: Hurriarc@hotmail.com
APPLICANT FOR JOB AS ARCHITECT
Applicant for Summer Internship
Name: JunYi Wang