© Andrew Pogue

安德鲁·波格

架构师提供的文本描述。4600平方英尺的Hangar和24000平方英尺的城镇广场为城市提供了全年的焦点和象征性的起居室。位于市中心的中心，这座复杂的建筑触及了聚会的基本概念，创造了一个被动和主动娱乐的场所，同时确保了快速发展的社区中自然的家园。Hangar，作为一个展馆，是根据天气或功能需求设计的。

Text description provided by the architects. The 4,600-square-foot Hangar and 24,000-square-foot Town Square provide a year-round focal point and a symbolic living room for the city. Located in the heart of downtown, the complex touches upon the primal notions of gathering, creating a venue for passive and active recreation while ensuring a home for nature in the rapidly growing community. The Hangar, conceived as a pavilion, is designed to morph depending upon weather or functional requirements.

Text description provided by the architects. The 4,600-square-foot Hangar and 24,000-square-foot Town Square provide a year-round focal point and a symbolic living room for the city. Located in the heart of downtown, the complex touches upon the primal notions of gathering, creating a venue for passive and active recreation while ensuring a home for nature in the rapidly growing community. The Hangar, conceived as a pavilion, is designed to morph depending upon weather or functional requirements.

 © Andrew Pogue

安德鲁·波格

 © Andrew Pogue

安德鲁·波格

简单而又大的空间，通过24英尺宽16英尺高的双折窗墙向城镇广场开放。打开后，大屋顶悬空提供了防雨和阳光的保护，并使父母可以方便地接触他们的孩子在附近的14，000平方英尺的广场玩耍。广场设有喷泉和加热的岩石，以鼓励人们在恶劣的天气中逗留。倒置的屋顶从建筑物上升到向公园和邻近的大道倾斜，建筑和屋顶之间的残余间隙变成了一个戏剧性的牧师。晚上，厚厚的玻璃窗把避难所变成了灯笼。

Simple and large, the space opens to the Town Square via a 24-foot-wide by 16-foot-tall bi-fold window wall. When open, the large roof overhang provides protection from rain and sun, and enables parents easy access to their kids playing in the adjacent 14,000-square-foot plaza. The plaza features a fountain and heated rocks to encourage people to linger in inclement weather. The inverted roof lifts up from the building to gesture toward the park and adjacent thoroughfare, with the residual gap between building and roof becoming a dramatic clerestory. At night, the extensive glazing transforms the shelter into a lantern. 

Simple and large, the space opens to the Town Square via a 24-foot-wide by 16-foot-tall bi-fold window wall. When open, the large roof overhang provides protection from rain and sun, and enables parents easy access to their kids playing in the adjacent 14,000-square-foot plaza. The plaza features a fountain and heated rocks to encourage people to linger in inclement weather. The inverted roof lifts up from the building to gesture toward the park and adjacent thoroughfare, with the residual gap between building and roof becoming a dramatic clerestory. At night, the extensive glazing transforms the shelter into a lantern. 

 © Andrew Pogue

安德鲁·波格

在内部，该结构包括一个可分区的、多用途的集会空间，用于公共集会、音乐表演、舞蹈课、电影等等。木柜储物柜被整合到空间中，为社区团体和活动提供存储空间，如瑜伽、俱乐部会议等。该设施包括一个透，双面壁炉和壁炉组成的混凝土，软钢和里程碑。抛光的混凝土地板是水热的，配以可操作的窗墙和超大的建筑风扇，确保全年舒适的建筑环境。简单耐用的低维护材料包括暴露的胶合板SIP面板，钢结构梁和柱，清澈的雪松壁板，铝商店的前窗，和一个站立的焊缝金属屋顶。设计中纳入了一家咖啡馆和一家小型面包店的规定。

Inside, the structure includes a partitionable, multi-use assembly space for public gatherings, music performances, dance classes, movies, and more. Wood cabinetry lockers are integrated into the space to provide storage for community groups and activities such as yoga, club meetings, etc. The facility includes a see-through, double-sided fireplace and hearth composed of concrete, mild steel and milestone. The polished concrete floor is hydronically heated and, paired with the operable window walls and super-sized building fan, ensures a comfortable building environment throughout the year. Simple, durable low-maintenance materials include exposed plywood SIP panels, steel structural beams and columns, clear cedar siding, aluminum storefront windows, and a standing seam metal roof. Provisions for a cafe and a small bakery were incorporated into the design. 

Inside, the structure includes a partitionable, multi-use assembly space for public gatherings, music performances, dance classes, movies, and more. Wood cabinetry lockers are integrated into the space to provide storage for community groups and activities such as yoga, club meetings, etc. The facility includes a see-through, double-sided fireplace and hearth composed of concrete, mild steel and milestone. The polished concrete floor is hydronically heated and, paired with the operable window walls and super-sized building fan, ensures a comfortable building environment throughout the year. Simple, durable low-maintenance materials include exposed plywood SIP panels, steel structural beams and columns, clear cedar siding, aluminum storefront windows, and a standing seam metal roof. Provisions for a cafe and a small bakery were incorporated into the design. 

 © Andrew Pogue

安德鲁·波格

Kenmore镇广场的Hangar将在项目设计时(2015年)根据总项目能源使用指数(EUI)迎接2030年的挑战。2015年的目标是减少70%的二氧化碳排放量，这是2030年的挑战目标。该项目超过了这一目标，产生的二氧化碳排放量比相同类型和规模的美国平均建筑少79%。建筑围护结构的设计比2012年佤邦能源法规高出15%。该机械系统通过使用辐射地板加热和冷却系统减少分配能量的使用，用于大部分空间和风扇线圈。空气运动的舒适性是通过大吊扇完成的。通风是通过热回收通风机来完成的。加热和冷却采用高效的VRF热泵系统。

The Hangar at Kenmore Town Square meets the 2030 Challenge based on Total Project Energy Use Index (EUI) for when the project was designed (2015). The 2015 target was a 70% reduction in CO2 emissions was the 2030 challenge target. This project exceeded that target by generating 79% fewer CO2 emissions than the average US building of the same type and size. The building envelope was designed to exceed the 2012 WA State Energy Code by 15%. The mechanical system reduces the use of distribution energy through use of a radiant floor heating and cooling system for the majority of the space and fan coils. Air movement for comfort is accomplished via large ceiling fans. Ventilation is accomplished with heat recovery ventilators. Heating and cooling is provided with a high efficiency VRF heat pump system.

The Hangar at Kenmore Town Square meets the 2030 Challenge based on Total Project Energy Use Index (EUI) for when the project was designed (2015). The 2015 target was a 70% reduction in CO2 emissions was the 2030 challenge target. This project exceeded that target by generating 79% fewer CO2 emissions than the average US building of the same type and size. The building envelope was designed to exceed the 2012 WA State Energy Code by 15%. The mechanical system reduces the use of distribution energy through use of a radiant floor heating and cooling system for the majority of the space and fan coils. Air movement for comfort is accomplished via large ceiling fans. Ventilation is accomplished with heat recovery ventilators. Heating and cooling is provided with a high efficiency VRF heat pump system.

 © Andrew Pogue

安德鲁·波格

Architects Graham Baba Architects

Location Kenmore, Washington, United States

Lead Architects Jim Graham, Leann Crist, and Ross Eckert

Area 4650.0 ft2

Project Year 2017

Photographs Andrew Pogue

Category Community Center

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