法兰克福原型/Barkow Leibinger
The Frankfurt Prototype / Barkow Leibinger
可持续与经济的完美结合:“法兰克福原型”项目最引人瞩目的亮点在于其对可持续发展和经济效益的深刻理解。通过使用再生钢和重复利用的混凝土模板,项目显著降低了碳排放,体现了对环境的责任。同时,模块化的预制住宅单元设计,不仅加快了建造速度,也提供了高度的灵活性,可以根据居住者的需求进行调整。这种设计理念不仅降低了成本,也使得建筑在生命周期内更具适应性和可持续性,真正做到了经济效益与环保理念的和谐统一。
开放空间与社会互动:该项目另一个精髓在于其对开放空间和社区营造的重视。一楼的多功能市场大厅被定位为城市的“客厅”,可以灵活地转换为剧院、电影院、展览空间和可持续产品市场,满足了社区多样化的文化和生活需求。这种设计鼓励了社会互动,促进了社区的凝聚力。此外,项目还与“阿富汗当代艺术中心(CCAA)”合作,引入了文化元素,丰富了建筑的功能,使其成为一个充满活力和创造力的场所,而不仅仅是一个居住空间,这一点非常值得肯定。
生物多样性与未来城市:“法兰克福原型”项目还展现了对未来城市发展和生物多样性的深刻思考。建筑结构融入了“绿色城市过滤器”等创新元素,与森肯伯格学会的研究人员合作,开发了生物多样性友好的元素。这种设计理念将建筑与自然环境紧密结合,体现了对生态保护的重视。项目不仅关注建筑本身,还关注其对周边环境的影响,为可持续城市生活提供了新的思路。这种前瞻性的设计理念,使得该项目不仅仅是一个建筑作品,更是一个关于未来城市发展的实验平台。
© Wolfgang Stahr
© Wolfgang Stahr
建筑师提供的文字描述通过“法兰克福原型”,来自施泰德学校和法兰克福应用科学大学(法兰克福UAS)的学生在森肯伯格研究所的院子里实现了一个开创性的建筑项目。这个临时结构的特点是一楼有一个开放的多功能市场大厅,一楼有专门为学生设计的灵活的生活和工作空间。该建筑促进了社会互动和与自然的联系,整合了可持续材料和适应性强的空间概念。Barkow-Lebinger支持学生进行规划和实现,并陪同原型的实施,直到2024年秋季完成。
Text description provided by the architects. With "The Frankfurt Prototype", students from the Städelschule and Frankfurt University of Applied Sciences (Frankfurt UAS) have realized a pioneering architectural project in the courtyard of the Senckenberg Research Institute. This temporary structure features an open, multifunctional market hall on the ground floor and flexible living and working spaces on the first floor, designed specifically for students. The building promotes social interaction and a connection to nature, integrating sustainable materials and adaptable spatial concepts. Barkow Leibinger supported the students in the planning and realization and accompanied the implementation of the prototype until completion in autumn 2024.
© Wolfgang Stahr
Exploded Axonometry
© Wolfgang Stahr
该项目的核心是具有成本效益、资源节约型的设计,提供高生活质量。通过使用再生钢和重新利用的混凝土模板,该项目最大限度地减少了二氧化碳的足迹。上层的模块化预制住宅单元可以灵活地适应各种生活需求。一楼的公共市场大厅是城市的“客厅”,可以作为剧院、电影院、展览空间和可持续产品市场,解决了区域食品供应的重要性。这些空间通过“阿富汗当代艺术中心(CCAA)”的工作区得到了进一步的加强,这是Rahraw Omarzad的一项倡议,为该项目带来了文化丰富。
At the heart of the project is a cost-effective, resource-efficient design that offers high living quality. By using recycled steel and repurposed concrete formwork, the project minimizes its CO₂ footprint. The modular, prefabricated residential units on the upper floor can be flexibly adapted to meet various living needs. The public market hall on the ground floor serves as the city's "living room" and can function as a theater, cinema, exhibition space, and market for sustainable products, addressing the importance of regional food supply. These spaces are further enhanced by the working areas of the "Center for Contemporary Arts Afghanistan (CCAA)," an initiative by Rahraw Omarzad that brings cultural enrichment to the project.
© Wolfgang Stahr
Section
© Wolfgang Stahr
该概念还包括生物多样性和可持续城市生活的创新元素,以“绿色城市过滤器”为例。学生们与森肯伯格学会的研究人员密切合作,为建筑结构开发了生物多样性友好的元素。除了Barkow-Lebinger,Yara von Lindequist和Rudi Scheuermann(奥雅纳工程)以及Schneider+Schumacher也参与了该项目的实现。该建筑将在森肯伯格研究所的庭院内开放,直到年底,并将成为讨论和反思城市未来的活跃场所。之后,该建筑将在其他地方重复使用。
The concept also includes innovative elements for biodiversity and sustainable urban living, exemplified by a "green urban filter." In close collaboration with researchers from the Senckenberg Society, the students developed biodiversity-friendly elements for the building's structure. In addition to Barkow Leibinger, Yara von Lindequist and Rudi Scheuermann (Arup Engineering) as well as Schneider+Schumacher were involved in the realization of the project. The building will be accessible in the courtyard of the Senckenberg Institute until the end of the year and will serve as a lively place for discussion and reflection on the urban future. Afterward, the construction will be reused elsewhere.
© Wolfgang Stahr