Image 25 of 29 from gallery of The Printmaking Workshop / Scullion Architects in Association with Plus Architecture. Sections
Image 11 of 26 from gallery of Quesada 3155 Building / Diego Cherbenco + Gustavo Robinsohn. Photograph by Albano García
The new sports centre, La Taule, designed by the architectural firm Microclimat, embodies the vision of a former Olympic athlete and participates in the..
새로운 건물에 들어서기 전, 우리는 자연스럽게 건물의 외관을 훑어보게 된다. 건물을 주변 환경과 연결지어 바라보게 되며, 건물 외관을 보면서 내부 공간이 어떠할지 짐작할 수 있다. 그래서 파사드(Facade)는 건축물의 첫인상을 결정짓는 중요한 요소이다. 파사드는 사전적으로 건축물의 출입구가 있는 정면, 입면을 의미하며, 내부 공간구성을 표현하는 것뿐 아니라 내부와 관계없이 독자적인 구성을 취하는 형태도 있다. 현재의 파사드는 단지 사전적인 의미를 넘어 건축물의 아이덴티티를 좌우하는 중요한 디자인 요소로 여겨진다. 그만큼 많은 디자인적 시도가 이루어지고 있다. 건물 외관에는 잘 사용되지 않았던 소재의 신선한 적용이나, 시스루(see-through)로 디자인적 측면과 시선의 차단을 동시에 해결하는 경우 등 재미있는 아이디어를 어렵지 않게 찾아볼 수 있다. 취향을 담은 나만의 주택을 원한다면 혹은 소비자들에게 어필해야 하는 상업 공간을 구축해야 한다면 파사드를 놓쳐서는 안 된다. 지금부터 현재의 경향을 담은 다양한 파사드 디자인을 소개한다. 전체 샷에서 파사드의 형태가 자세히 보이지 않는 경우, 이해를 돕기 위해 디테일 컷들을 함께 준비했다.
Image 4 of 22 from gallery of Villacelama Multisport Pavilion / QUIRÓS PRESA. Photograph by Imagen Subliminal
Architekten Profil im BauNetz von Renner Architekten, D-10365 Berlin - Renner Architekten, Berlin, Detert Renner, Architektur, Katharina Renner, bauen, renner-arch, Architekturbüro
Image 3 of 39 from gallery of SH2-Sundbyoster Hall II / Dorte Mandrup. Photograph by Adam Mørk
Completed in 2017 in Kraków, Poland. Images by Juliusz Sokołowski, Marcin Brataniec. This gesture is both powerful and delicate. Instead of the anticipated courtyard development, we proposed demolishing the old too-small hall and the...
Image 9 of 17 from gallery of Textile Academy NRW / slapa oberholz pszczulny | sop architekten. Photograph by Thomas Mayer
The long building, designed by Martin Duplantier Architectes, is divided into two parts: two identical wings, each containing a gymnasium, situated on other central projecting volume which houses the input and internal circulation system.
In a central location on the Delft University of Technology campus, the educational building ECHO was proposed in 2017. The construction is designed to offer maximum flexibility. A superstructure is placed on 8 fixed “table legs” serving as cores, containing lifts, stairwells, shafts, toilets and other technical areas. The amphitheatre and large lecture rooms are separate from the primary supporting structure, ensuring the entire building can be delivered column-free and is highly flexible in terms of its layout and for future adaptations in education. For the façade a vertical modular sawtooth profile has been chosen, closed on one side and transparent on the other. The closed side makes it possible to connect flexible walls to the façade in the future. The sun-oriented roof also consists of a sawtooth profile, incorporating PV panels, which continue onto the façade. Echo has a powerful all-round appearance. The central atrium creates a fluid connection between inside and outside: a real Living Campus! A healthy and pleasant interior climate forms the basis for a good working and learning environment. This is based on individual controllability, good ventilation, acoustic absorption and pleasant light levels. Echo gets pleasant daylight entry through the use of north-oriented shed roofs, high vertical glass sections in the sawtooth facade and a recessed transparent plinth at ground level. A large void in the middle of ECHO ensures that daylight penetrates deep into the building. High sustainability ambitions in this assignment require an integrated approach and ECHO should become truly energy neutral, a challenging task that we have tackled with a strategy based on the motto: “calculate first, then draw”. We have chosen to make a compact building with a relatively limited glass percentage across all floors. Smart building technologies have been implemented in ECHO with a “sensory network” throughout the building, which tracks data about the indoor climate, occupancy and visitor flows over time. Via Analytics, data can be processed into valuable information about the operation costs of the building. Via the façade, ECHO functions as a kind of wind-driven cooler in the intermediate and winter season and as a heat harvester in the summer. By applying low glass percentages and a minimal investment in PV panels, we keep the environmental impact low. The loose and permanent design can look at the use of circular materials and products, in order to respond to flexibility in use, adaptations to the changing future and sustainability.
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Een bijzonder kerkgebouw in Oud-Beijerland
Image 10 of 47 from gallery of Salle du Coum Sports Complex Renovation / ENO Architectes. Photograph by Pascal Léopold
Completed in 2010 in Rumilly, France. Images by Philippe Ruault, Pierre Vallet , Emmanuelle Blanc . The 0.00 level of the gymnasium is located roughly 3.5 m below the natural level of the terrain. The service premises - changing rooms, sanitary...
Completed in 2018 in Madrid, Spain. Images by OOIIO Arquitectura, Josefotoinmo. OOIIO Architecture developed a deep refurbishment in a cattle farm, located in a privileged enclave of the fields of Castilla, to adapt it to sports...
