"分层花园 "的设计：融合屋顶、外墙、墙壁、对角线悬臂结构等元素

搜建筑 · 公众号 · · 2024-06-23 13:32

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在土地价值不断上涨的挑战下，"分层花园 "的设计是对分层设计如何发展的一项研究，它在多个租户的院落中创造了不同的区域，同时在相对紧凑的占地面积内将自然融入建筑环境中。设计的迭代反映了 RAD+ar 对意义的追求，以及在优化流通方面不断发展的作用。

In the challenge of rising land values, the Split garden was created as a study of how split-level design can evolve, creating distinct zones within a compound of multiple tenants while incorporating nature within the built environment in a relatively compact footprint. The iteration of the design reflects RAD+ar's search for significance and evolving roles in optimizing circulation.

设计融合了屋顶、外墙、墙壁、对角线悬臂结构和家具元素，所有这些都采用现代设计，与商业区的热带环境融为一体。建筑和空间中融入了自然光、绿化、自然景观、天然材料和其他感官体验等整合元素。建筑设计采用南北朝向，以保留后花园现有的绿色植物。这种设计方法旨在通过创造一个连接两端巨树的风洞来拓展空间体验。然而，在不牺牲任何绿化的情况下，如何优化多层商业空间是一个挑战。

The design incorporates elements such as roofs, facades, walls, diagonal cantilevered structures, and furniture elements, all in a contemporary design that blends with the tropical surroundings of the commercial area. Integration elements like natural light, greenery, views of nature, natural materials, and other sensory experiences are incorporated into the buildings and spaces. The design of the building was oriented north-south to preserve the existing greenery in the rear garden. This design approach aimed to expand the spatial experience by creating a wind tunnel that connects the two giant trees at both ends. However, this situation posed a challenge in optimizing the multi-level commercial spaces without sacrificing any greenery.

为了应对这一挑战，我们将结构元素融入设计的空间规划中。这样就实现了从前庭的无缝过渡，以对角线的方式为三个租户创造了一个环形连接：底层是餐厅，夹层空间是酒吧，在空间之间还有一个延伸到屋顶的啤酒花园。不同的空间体验和特色在项目中的融合确保了设计的连贯性。

To address this challenge, the structural elements were integrated into the spatial planning of the design. This allowed for a seamless transition from the front garden, diagonally creating a loop connection for three tenants: restaurants on the ground floor, a bar in the mezzanine space, and a beer garden in between spaces extended to the rooftop. This integration of different spatial experiences and characters within the development ensured a cohesive design.

此外，各空间之间还设计了花园，以确保不同材料和组件之间的连接顺畅无缝。这不仅创造了赏心悦目的设计，还提升了整体用户体验。优化结构设计的目标是最大限度地减少材料使用和能源消耗。为此，我们仔细考虑了结构元素的承重能力，并采用了高效的施工技术。此外，考虑到材料对环境的影响和特性，还选择了可持续的饰面材料。

In addition, gardens were appreciated between spaces to ensure smooth and seamless connections between different materials and components. This not only created a visually pleasing design but also enhanced the overall user experience. The goal of optimizing the structural design was to minimize material usage and energy consumption. This was achieved by carefully considering the load-bearing capacity of the structural elements and using efficient construction techniques. Furthermore, sustainable finishing materials were chosen, taking into account their environmental impact and attributes.

通过优化整合和考虑可持续性，设计实现了功能、美学和环境责任之间的平衡。设计中实施的目标优化整合指的是一种细致周到的设计方法，旨在将建筑中的不同元素和组成部分完美地融合在一起。这种方法在功能、美学、环境、可持续性和用户体验等各个方面之间建立了和谐的关系。其目标是实现一种具有凝聚力和平衡感的设计，使所有元素共同作用，提升空间的整体质量和效果。

By targeting optimal integration and considering sustainability, the design achieved a balance between functionality, aesthetics, and environmental responsibility. Targeting optimal integration implemented in design refers to a careful and thoughtful design approach that aims to seamlessly blend different elements and components within a building. This approach creates a harmonious relationship between various aspects such as functionality, aesthetics, context, sustainability, and user experience. The goal is to achieve a cohesive and balanced design where all elements work together to enhance the overall quality and effectiveness of the space.

Aruma Split Garden 是 RAD+ar 的众多迭代项目之一，展示了他们在众多商业项目中分散可持续发展的承诺，可能会激励印度尼西亚等发展中国家的许多开发商效仿。通过对建筑居住者和使用者进行教育，使其了解设计中融入的可持续特征和做法，从而鼓励负责任的行为和对可持续生活的承诺，从而促进可持续发展。

Aruma Split Garden is one of many iterations from RAD+ar that showcase their commitment to decentralizing sustainability amongst many commercial projects that might inspire many developers in developing countries such as Indonesia to follow. Promoting sustainability by educating building occupants and users about the sustainable features and practices incorporated into the design that can encourage responsible behavior and a commitment to sustainable living.