Humanities Gateway Fentress Architects
2011-12-28 00:00
架构师提供的文本描述。人文门户由Fentress建筑公司设计,是加利福尼亚州洛杉矶仅有的40栋LEED白金建筑之一(2011年12月15日)-Fentress建筑公司和Hensel Pills建筑公司的设计-建造团队非常兴奋地宣布,UC欧文人文门户大楼已获得LEED认证,得分远远超过了这一地位的最低要求。人文学院的标志性门户,
Text description provided by the architects. Designed by Fentress Architects, Humanities Gateway is one of only 40 LEED Platinum Buildings in California, Los Angeles, CA (December 15, 2011) — The design-build team of Fentress Architects and Hensel Phelps Construction Company are excited to announce that the UC Irvine Humanities Gateway building has been awarded LEED Platinum certification, scoring well above the minimum requirement for that status. A signature gateway to the School of Humanities,
© Heliphoto
© Heliphoto
芬特雷斯建筑师的设计尊重建筑师威廉佩雷拉创造的总体规划,同时结合高度创新和有效的可持续特征。
Fentress Architects’ design honors the master plan created by architect William Pereira while incorporating highly innovative and effective sustainable features.
© Heliphoto
© Heliphoto
他说:“设计师将人文门户大楼巧妙地融入校园的核心。我们给了他们一个具有挑战性的愿景,以创造一种“不可预见的可能性感”。他们所取得的成就超出了我们的预期。这座创新和可持续的建筑将在未来数年受到赞赏,“副校长兼校园建筑师RebekahGladson,FAIA说。
“The designers masterfully integrated the Gateway Humanities Building into the heart of our campus. We gave them a challenging vision to create ‘a sense of unforeseen possibilities.’ What they achieved surpassed our expectations. This innovative and sustainable building will be appreciated for years to come,” said Rebekah Gladson, FAIA, Associate Vice Chancellor and Campus Architect.
© Nick Merrick & Hedrich Blessing
尼克·梅里克
加州大学欧文分校(University of California,Irvine)要求建筑师们进行一项设计,以捕捉人文教育的复杂、多学科特征-创造一种“不可预见的可能性”的感觉。这座建筑的个性分裂是受雅纳斯的启发,他是神话文学的两面神,对过去和未来都有远见。在建筑的一边,一个深思熟虑的、正式的立面反映了学校的环境,设计与校园的现有建筑相协调。在对面的庭院一侧,建筑表达了一个更有机,自由流动的设计,旨在唤起一种喜悦的感觉。弯曲的,水晶墙上升了四层,呈现了一个现代化的带状玻璃板在四个不同的宽度安装在一个随机的方式。
Design Vision | The University of California, Irvine asked the architects for a design that captured the complex, multi-disciplinary character of a humanities education -- a place to create a “sense of unforeseen possibilities.” The building’s split persona was inspired by Janus, the two-faced god of mythological literature with the gift of vision into both past and future. On one side of the building, a thoughtful, formal façade reflects the school’s context with a design in harmony with the campus’ existing architecture. On the opposing courtyard side, the building expresses a more organic, free-flowing design intended to evoke a sense of delight. The curvy, crystalline wall rises four stories, presenting a modern ribbon of glass panels in four different widths installed in a random manner.
© Nick Merrick & Hedrich Blessing
尼克·梅里克
可持续性网关达到52个最低基准点中的57个,以确保美国G.B.C.LEED白金认证。玻璃和金属墙系统跨越建筑的外墙,从地板到天花板,在所有四个层次上,使室内充满阳光,并尽量减少对能源消耗的需求。此外,三层楼高的光井将建筑物向上穿透到天空,向建筑物的心脏注入自然光。利用南加州温和的气候,二楼的户外区域邀请学生们放松和学习。
Sustainability | The Gateway achieved 57 of the 52 minimum benchmark points to ensure U.S.G.B.C. LEED Platinum certification. The glass and metal wall system spans the building façade from floor to ceiling on all four levels, invigorating the interior with daylight and minimizing the need for energy consumption. In addition, three-story light wells penetrate the building upward to the sky, infusing the heart of the building with natural light. Taking advantage of the temperate Southern California climate, outdoor areas on the second floor invite students for relaxation and study.
该机械系统包含100%的外部空气节约器和可变流量风机,以最大限度地提高能源效率。设计团队为定制的空气处理器创造了机械空间,以最大限度地提高所有主要部件的适用性。支持学校努力鼓励学生成为全球公民,这座建筑为学生、建筑师和公众提供了一个鼓舞人心的榜样,以促进设计的可持续性。
The mechanical system incorporates 100% outside air economizers and variable flow fans to maximize energy efficiency. The design team created mechanical spaces for custom-built air handlers to maximize serviceability for all primary components. Supporting the School’s endeavor to encourage global citizenship in its students, the building provides an inspiring example for students, architects and the public for promoting sustainability in design.
elevations
具体的可持续战略包括:
Specific sustainable strategies include:
*与UCI高效的中央工厂整合,生产冷水和热水,同时冷藏和储存,供白天使用
• Integration with UCI's efficient central plant to produce chilled water and heated water, while chilling and storing for use during the day
高效汽轮机
• Efficient steam turbines
·超过24项要求的机械和管道系统。只有当人们在场时,才能控制暖通空调和照明系统。
• Mechanical and plumbing systems that exceed Title 24 requirements • Occupancy sensors that control HVAC and lighting systems to draw power only when people are present.
*使用40%的区域材料(不足500英里),以节省运输费用中的燃料
• Use of 40% regional materials (less than 500 miles) to save on fuel included in shipping costs
·低E玻璃
• Low E glass
提供全面的调试服务,以确保大楼在最佳环境下运行
• Full commissioning service to ensure the building runs on optimal settings
高效使用无机房电梯代替液压电梯
• Efficient use of machine room-less elevators in lieu of hydraulic elevators
·消除厕所的热水需求,以节省取水费用
• Removal of hot water requirements in the lavatories to save on water heating costs
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