美国亚利桑那大学癌症中心/ZGF Architects

发布于：2023-05-03 00:31:23

英文名称：America Arizona of University Cancer Center

工程内容：实景照片

位置：美国

设计公司：ZGF Architects

这是由ZGF Architects设计的亚利桑那大学癌症中心。该项目旨在为美国凤凰城带来最高标准的癌症治疗体系，在基于证据的、多学科模型之下使用最先进的现代技术。该项目代表了凤凰城生物医疗园区的第一座医疗设施，建筑面积达22万平方英尺，为放射肿瘤学、影像诊断、内窥镜检查及介入放射学提供了空间，并配置了检查室和操作室、服务和保健中心、输液区、临床药学区。康复花园空间位于主大堂户外，也可用作户外聚集空间。

译者：筑龙网艾比

The underlying goal was to bring the highest standard of cancer care to Phoenix within an evidence-based, multidisciplinary model, using the most modern technologies. This new cancer center represents the first clinical healthcare component on the Phoenix Biomedical Campus. The 220,000 SF building includes spaces for radiation oncology, diagnostic imaging, endoscopy and interventional radiology, exam and procedure rooms, a support and wellness center, an infusion area, and a clinical pharmacy. A secured healing garden, located outside the main lobby, can also be used for outdoor gatherings.

A deliberate layering of glass, copper-colored metal, and neutral stone forms the building’s architectural expression, which directly relates to the patient experience—their comfort, privacy, and warmth—while simultaneously establishing the building’s unique identity on the campus. Travertine stone, which matches the desert palette, gives scale to the pedestrian environment and grounds the building. This stone flows inside to the main waiting spaces, bringing the outside in. The waiting areas on each floor are expressed on the exterior as a glass volume that rises through the center of the building, articulated with horizontal glass sunshades, with a dense frit that protects occupants from the glare of the sun. Because the sun interacts differently with every side of the building, the double façade on the east and west is cloaked in an outer layer of folded, perforated-metal sunshades that protect the exam rooms and offices from the glare of the morning and evening sun, helping to control heat gain and providing a sense of privacy, while still allowing for unobstructed views. The project is targeting LEED-Gold certification.

Materials and furnishings used in the interior infuse this healthcare facility with warmth and hospitality. The look and feel of the interior environment more closely resembles a hotel or spa, with an elegantly designed lobby, floor-to-ceiling windows, valet parking, and a coffee bar. Travertine stone, in a variegated palette of creams, tans, and browns, used at the exterior building base, was carried through to the interior public spaces, uniting all aspects of the building and creating connections to the desert backdrop. At each level, the public elevators open to a wood feature wall with an oversized graphic numeral in contrasting wood tones to highlight the level being accessed. Public restrooms tuck discretely behind these wood walls. Large waiting lounges on each floor, in close proximity to the elevators, are carpeted and appointed with chairs and sofas in mostly light neutral hues. A unique sense of transparency was achieved through the use of slatted wood divider walls and a mix of clear and etched glass in the lounges and at check-in on the second floor. While the clinical spaces are more representative of medical facilities, the neutral palette is continued, binding the entire facility together. All of the exam and treatment rooms have access to daylight, which is supported by the floor-to-ceiling windows on all sides of the building. Those façades that receive the harshest sunlight rely on a series of see-through exterior screens to help maintain patient comfort.

Product Description. The east and west facades are clad with a solar shading system composed of repetitive rectangular quarter-inch aluminum composite panels (ACP) perforated with half-inch diameter holes yielding a 40 percent openness factor. The panels are folded once at a calculated angle, bending outward to reveal a shaded view of the surrounding desert context from the interior. This copper-toned assembly takes on the coloration of the landscape, adding a contextual aesthetic to the project.