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Quartz Plaza / Salon Alper Derinbogaz
由专筑网Zia，小R编译
岩石覆层与双层幕墙作为建筑原型——石英广场是一个位于伊斯坦布尔的办公楼项目。该地区自1999年地震以来，建筑项目层出不穷，经历了频繁的变动。在这一不断变迁的背景下，该项目旨在与城市中最持久的因素——其地貌特征建立联系。
Lithological Strata and the Dual-Skin Envelope as an Architectural Model – Quartz Plaza is an office building project located in İstanbul. The local vicinity has undergone frequent transformations due to a persistent race in construction projects since the earthquake of 1999. Against this backdrop of constant flux, the project seeks to establish a connection with an enduring layer of the city—its geomorphology.
该项目从施工场地地质数据中汲取灵感，场地位于两个截然不同的地层交汇处，它们源自“中新世时期”，并参考了地貌形成特征。考虑到伊斯坦布尔的形成深受其地理特征影响，该建筑旨在与这一永恒的地层产生对话。
The project draws inspiration from the geological data of the construction site, which lies at the convergence of two distinct strata originating from the "Miocene Epoch," referencing geomorphological formations. Considering Istanbul's formation being shaped by its geographical characteristics, the building aims to engage with this timeless stratum.
该场地地质基础主要由片岩构成，这是一种以平行排列为特征的变质岩，其地质结构决定了建筑立面的独特特征。立面覆层的垂直纹理灵感源自片岩中含有的云母矿物，独特的层状结构为建筑增添了特色。此外，设计团队以片岩中的石英结晶矿物为建筑命名，并且尝试使用玻璃元素，在立面上营造出水晶般的质感。包裹开放式办公空间的玻璃幕墙采用与建筑块体边缘和高度相呼应的倾斜玻璃面板，从而与建筑结构的尺度建立联系。建筑的体量性质由当地法规定义，并通过立面所采用的对比材料得以强调。
Primarily comprising schist, a metamorphic rock characterized by parallel alignments, the geological foundation of the site is deterministic to the distinct features of the building. The algorithmic vertical texture of the facade claddings takes cues from mica, a mineral present in schist that imparts its distinctive layered structure. Furthermore, the exploration of quartz, a crystalline mineral found within schist and lending its name to the building, led to experimenting with glass building elements to evoke crystal-like qualities in the façade. The glass curtain wall enveloping the open-plan office spaces features angled glass panels that correspond to the block's edges and height, establishing a connection with the scale of the structure. The volumetric attributes of the building are defined by local regulations and are accentuated through the contrasting materials employed in the façade.
玻璃作为材料的探索——玻璃源自沙子、灰和石灰石等成分，通常用于在建筑设计中创造透明且通透的空间。然而，玻璃的审美品质并不仅限于透明特征。因此，该项目将玻璃视为一种半固体材料，而非仅仅是透明表面。玻璃幕墙融合了玻璃棱镜和晶体结构中观察到的光线折射现象。立面模块由两块以特定角度放置的玻璃面板组成，从而呼应折射效果，并将周围环境的反射视角以两种不同角度融合，较窄的玻璃面板覆盖有模拟水晶折射效果的涂层。
Exploration of Glass as a Material – Glass, originating from earthly components such as sand, ash, and limestone, typically serves to create transparent and luminous spaces in architectural designs. However, glass can possess dominant aesthetic qualities beyond transparency. Thus, the project regards glass as a semi-solid material rather than merely a transparent surface. The glass façade assimilates the light refractions observed in both glass prisms and crystal formations. The façade modules consist of two glass panels positioned at an angle, thereby referencing the refraction effect and merging the reflected views from the surroundings at two different angles. The narrower glass panels are covered with a coating that simulates the refractive effect of crystals.
利用自然光为室内空间增添色彩——通过在立面上采用倾斜的玻璃面板和折射涂层，为室内设计提供了简洁的色彩与材料选择方案。随着一天中阳光角度的变化，光线通过立面进入室内，为空间注入了丰富多样的色彩。采用条纹玻璃制成的办公隔断和咖啡桌进一步强化了立面产生的折射效果。
Colorizing the Interiors with Daylight – The use of angled glass panels and refractive coatings on the façade facilitates a modest approach to color and material selection for the interior design. As sunlight angles change throughout the day, the refractions of light entering through the façade imbue the interior spaces with a varied palette. Office partitions and coffee tables made with ribbed glass amplify the refraction effect produced by the façade.
双层幕墙——为减少供暖和制冷相关的碳足迹及运营成本，建筑的西北和东北立面采用了双层幕墙，通过框架边缘的可开启通风口，显著提升了建筑在夏季和冬季的热效率。冬季期间，这些通风口保持关闭状态，将热空气保留在双层幕墙的中间空腔内，从而减少热量损失。在较热的月份，通风口打开以促进空腔内的空气流动，使热空气逸出，同时增强隔热效果。该系统还改善了幕墙的声学性能，削弱了来自车辆噪音和风的外部噪音干扰。
Double-Skin Façade – To minimize the carbon footprint and operating costs associated with heating and cooling, the northwest and northeast faces of the building feature a double-skin façade that increases the building's thermal efficiency both in the summer and winter, thanks to the operable vents located at the edges of the frames. During the winter months, these vents remain closed to retain heated air within the intermediate cavity of the double façade, thereby reducing heat loss. During warmer months, the vents are opened to facilitate airflow within the cavities, making warm air escape while adding additional insulation against heat gain. This system also improves the acoustical performance of the façade, minimizing external noise disturbances from vehicular sounds and wind.
平面布局与热质量——办公区域使用纹理玻璃隔断而非实心墙，不仅提供了隐私性，还保留了开放式布局的氛围。此外，在办公区和展厅座椅区域均采用了模块化分隔系统，构成了布局的灵活性，并能适应不同的人员容量。核心区域位于建筑的阴凉角落，以增强热质量，有助于维持稳定的室内气候。平面布局注重开放性和适应性，支持灵活的空间配置。接待区与核心区域相融合，而结构网格则定义了私人办公室与共享空间之间的划分关系。
Plan Organization and Thermal Mass – Privacy within office areas is maintained through the use of textured glass partitions instead of solid walls, preserving the open-plan ambiance. Additionally, a modular pision system is employed in both offices and showroom seating areas, offering flexibility in layout and accommodating varying user capacities. The core is located in the shaded corner of the building to enhance thermal mass, contributing to a stable indoor climate. The floor plans prioritize openness and adaptability, allowing for flexible spatial configurations. The reception area is integrated within the core, while the structural grid defines the subpision of private offices in relation to shared spaces.
建筑设计：Salon Alper Derinbogaz
类型：办公建筑
项目时间：2025年
摄影：Cemal Emden
建筑师： Alper Derinboğaz
项目团队：Ünal Cem Pişirici, Mert Ozan Er, Nida Dilara Karışık, Gökçe Naz
城市：伊斯坦布尔
国家：土耳其
Office Buildings•Istanbul, Türkiye
Architects: Salon Alper Derinbogaz
Year: 2025
Photographs:Cemal Emden
Category: Office Buildings
Architect: Alper Derinboğaz
Project Team: Ünal Cem Pişirici, Mert Ozan Er, Nida Dilara Karışık, Gökçe Naz
City: Istanbul
Country: Türkiye
本文版权归腿腿教学网及原创作者所有，未经授权，谢绝转载。
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