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多层加高层办公：极简立面，特色中庭设计

发布于：2022-09-23 09:51:23 来自：建筑结构/钢结构工程 0 5

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Jakoba Mulderhuis位于一个引人注目的位置，在Wibautstraat和Mauritskade的角落，在Singelgracht运河的历史内城边缘。Jakoba Mulderhuis与位于Wibautstraat另一侧的Benno Premselahuis建筑一起形成了通往城市的门户。

街道两侧的高层建筑赋予了周边环境一种纪念性的品质，连接了附近的建筑元素。Jakoba Mulderhuis在Mauritskade上包括一个细长的塔楼(54米高，13层)和一个低层建筑(33米高，6层)。从城市规划的角度来看，塔楼的位置构成了一件艺术作品。不断扩大的Wibautstraat为城市中心创造了一个引人注目的入口。

Jakoba Mulderhuis is situated in a striking location, on the corner of Wibautstraat and Mauritskade, and by the edge of the historical inner city on the Singelgracht canal. Together with Benno Premselahuis, a listed building on the other side of Wibautstraat, Jakoba Mulderhuis forms a gateway to the city. The high-rise structures on both sides of the street lend the setting a monumental quality that connects the architectural elements in the vicinity. Jakoba Mulderhuis comprises a slimline tower (54 meters tall, 13 stories) and a low-rise block (33 meters, 6 stories) on Mauritskade. The positioning of the tower constitutes a work of art from an urban planning perspective. Widening Wibautstraat has created a compelling entrance to the city center.

前阿姆斯特丹UAS 建筑系学生 Marc Koehler (Marc Koehler Architects) 和 Nanne de Ru (Powerhouse Company) 合作设计了 Jakoba Mulderhuis，并于 2014 年让 de Architekten Cie. 参与了设计团队。结果是一座可持续的、灵活的教育建筑开放的性格和最先进的设施，完全适合丰富的学习环境。教育、研究、专业实践和地方都在这里汇聚。立面的节奏充满了微妙的心理。从各个角度都可以看到从左到右向上延伸的图案。服务于提醒学生进步和发展。

Former Amsterdam UAS architecture students Marc Koehler (Marc Koehler Architects) and Nanne de Ru (Powerhouse Company) collaborated on the design for Jakoba Mulderhuis and involved de Architekten Cie. in the design team in 2014. The result is a sustainable, flexible educational building with an open character and state-of-the-art facilities, which is entirely tailored to the rich learning environment. Education, research, professional practice and the local area all converge here. The rhythmic play of the fa?ade is imbued with subtle psychology. A pattern running upwards from left to right is visible from all angles. Serving to remind students of progress and development.

预制立面的安装没有使用脚手架，并采用符合被动施工原则的再生铝窗框和天然石材完成。Jura 石灰岩与相邻的 Theo Thijssenhuis 的颜色相同，确保与周围环境和谐相处，并强化了具有纪念意义的、面向未来的特征。开放式结构允许在建筑物的每一层进行灵活的布局。每个楼层的开放和封闭部分都有所不同，并根据方向、视图和太阳能负载进行了微调。

The prefab fa?ade was fitted without the use of scaffolding and has been finished with recycled aluminium window frames and natural stone in line with passive construction principles. The Jura limestone is the same color as that of the adjacent Theo Thijssenhuis, ensuring harmony with the surroundings and reinforcing the monumental, future-proof character. The open structure allows for a flexible layout on each floor in the building. Open and closed sections have been varied for each story, fine-tuned to the orientation, view, and solar load.

一个大中庭将 Jakoba Mulderhuis 与相邻的 Theo Thijssenhuis 连接起来，后者在施工阶段仍在使用中。所有的故事都通向中庭，并有开放的露台，学生可以在那里进行他们的项目。中庭使建筑具有开放的特色，拥有充足的自然采光。建筑师们想到的是一个新的公共领域，作为一楼的大型活动和展览的剧院空间，以及不同学科的学生聚会的分层平台。一个促进创造力的地方，人们喜欢聚会展示他们的工作和分享他们的知识。

A grand atrium connects Jakoba Mulderhuis to the adjacent Theo Thijssenhuis, which remained in use during the construction phase. All stories lead into the atrium and have open terraces where students can work on their projects. The atrium lends the building an open character with plenty of natural daylight. What the architects had in mind was a new public sphere serving as a theatrical space for major events and exhibitions on the ground floor and as tiered platforms where students from different disciplines will meet up. A place that fosters creativity and where people enjoy meeting up to show off their work and share their knowledge.

Jakoba Mulderhuis致力于在一个开放、创造性的环境中激发思想的交叉交流。项目室以工作室的形式提供所有必要的设备、方法、知识和专门知识。这9个工作室分布在整个建筑中，专注于传感器技术、BIM、虚拟现实和能源转型等领域。因此产生了令人惊讶的创新，通过这些创新，阿姆斯特丹无人机系统将能够为解决未来的问题做出贡献。

Jakoba Mulderhuis is all about inspiring cross-pollination of ideas in an open, creative environment. Project rooms are facilitated in the form of studios that offer all necessary equipment, methodologies, knowledge and expertise. These nine studios, which focus on areas such as sensor technology, BIM, virtual reality and the energy transition, are spread throughout the building. Thus giving rise to surprising innovations, by means of which Amsterdam UAS will be able to contribute to solving the issues of the future.