Marine Research Center, Bali, Indonesia

source: highlike

Work: A 2,500 SM Marine Research Center Located 100 meters away, parallel to the shore of Kuta Beach, Bali, Indonesia. The program is composed of three main components: public, semipublic and private. The spaces vary from underwater labs, scientist bedrooms and aquatic garden to sea water pool, swimming pool terrace, bar and an auditorium. The spaces are located above and under water and allow the visitors and scientist to take full advantage of the amazing landscape that surrounds the project. This project represents a new typology for stationary in-water based projects reached by boat, which in the past have been mostly relegated as merely work, non-destination platforms which do not take into account the design possibilities that the in-water sites present.

Three major events generate tsunamis; meteors, landslides, and large earthquakes. Underwater earthquakes—the most common type in Indonesia—with epicenters close to coast lines, form the conceptual basis of the architectural proposal. It uses the initial elliptical pattern and cross section diagram of the tsunami wave, one of the main focus of the centre’s research and prevention efforts, as the morphology generators and guides of programmatic organization. The design is both aesthetically imposing and seamlessly integrated into its aquatic natural environment. The result is a very fluid structure with an immediate and direct visual connection to the exterior. The center will serve not only as an architectural icon for Bali but also as an international model for modern sustainable design with its use of on-site renewable energy resources through its integration of such technologies as tidal wave energy generation, natural ventilation, rain water collection, passive solar energy, low E glass, and high reflectance fiber glass materials.
Image: Visualization by Tangram 3DS
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source: solus4

A 2,500-square-meter Marine Research Center, parallel to the shore of Kuta Beach, Bali, Indonesia, one hundred meters away. The center is composed of three main components: public, semipublic and private. The spaces vary from underwater labs, scientist bedrooms and an aquatic garden to a sea water pool, swimming pool terrace, bar, and auditorium. The spaces are located above and below water to allow visitors and scientists to take full advantage of the amazing landscape that surrounds the project.

This project represents a new typology for stationary in-water projects reached by boat, which in the past have been mostly relegated as merely work/non-destination platforms that do not take into account the design possibilities that the in-water sites present.

CONCEPT:

Three major events generate tsunamis: meteors, landslides, and large earthquakes. Underwater earthquakes—the most common type in Indonesia—with epicenters close to coast lines, form the conceptual basis of the architectural proposal. The design uses the initial elliptical pattern and cross section diagram of the tsunami wave, one focus of the center’s research and prevention efforts, as the morphology generators and guides of programmatic organization. The design is both aesthetically imposing and seamlessly integrated into its aquatic natural environment. The result is a fluid structure with an immediate and direct visual connection to the exterior. The center will serve not only as an architectural icon for Bali but also as an international model for modern sustainable design with its use of on-site renewable energy resources through its integration of such technologies as tidal wave energy generation, natural ventilation, rain water collection, passive solar energy, low-E glass, and high reflectance fiber glass materials.

Solus4 is an Architecture, Interior, and Planning design and research firm. We operate as a core group collaborative on a global platform. While our work varies widely in scale, style, and location, we bring the wealth of our combined experience and targeted expertise to each and every project to evaluate the whole, identify the unique, and carefully develop appropriate strategies of action and success.
Through a collaborative process of ongoing analysis, we seek out the essential mechanisms of interaction—cultural, social, economic, and physical factors—and explore the relationships of the built environment, its creators, and users to design buildings and environments that are appropriate, representative, and exciting. We view each project as a unique endeavor in co-operative design for and with the Client.
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source: rockntech

Este é o Marine Research Center, um barco que de acordo com seus criadores tem seu design inspirado em uma onda tsunami. O barco não seria feito para viajens, mas sim seria um local para estudantes e pesquisadores realizarem seus estudos e pesquisas no mar.
Quem o projetou foi uma agência de design chamada Solus4. O Marine Research Center seria projetado para ficar ancorado na praia de Kuta em Bali, uma das ilhas paradisíacas da Indonésia. O barco teria 2500 m² de área e seria equipado com laboratórios de pesquisa, uma piscina de água salgada, uma biblioteca e um auditório decorado com amplas janelas com vista para a superfície e áreas com vista para o fundo do mar. Ele seria capaz de gerar sua própria energia e água potável. A energia seria adquirida através do movimento das águas aliada a um projeto de eficiência energética que reduziria o consumo de energia utilizado nele. Veja a seguir mais imagens do projeto, clique na imagem para vê-la ampliada.
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source: arbredespossibles

Encore une construction aquatique aux formes fluides qui représente bien l’architecture de demain… Ce centre de recherches marines en Indonésie aura une partie émergée et une autre sous l’eau. Ses formes ont été inspirées par la structure interne des vagues d’un tsunami.

Il sera bientôt construit à 150 mètres au large de la plage de Kuta à Bali. Ce sera également un batiment écologique qui utilisera énergie des marrées ainsi que l’énergie solaire avec des capteurs photovoltaïques sur le toit.
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source: hontosru

Власти Индонезии всерьез обеспокоились проблемой землетрясений и последующих за ними цунами, которые разрушают прибрежные города, унося десятки тысяч человеческих жизней, как это было несколько лет назад, когда огромная волна цунами разрушила многие прибрежные города Индонезии, Малайзии и Таиланда.

Индонезийское правительство решило построить центр предупреждения подобных трагедий, чтобы специалисты этого центра смогли предупредить заранее о том, что идет волна цунами В объявленном конкурсе на строительство такого центра победу одержала американская компания Solus4, которая предложила технический проект центра прямо в море неподалеку от побережья острова Бали. Исследовательское здание получило название Marine Research Center.
В сферу интересов центра входит только Индийский океан. Общая рабочая площадь здания составляет 2500 кв.м. Центр будет заниматься выявлением землетрясений и силу последующих за землетрясением цунами, высоту волн, скорость и заранее оповещать власти страны, чтобы те смогли провести эвакуацию населения из зоны риска. В правительстве Индонезии надеются, что даже если придет цунами, этот научно-исследовательский центр поможет спасти сотни тысяч человеческих жизней. В здании будут использованы многие современные тенденции в строительстве, такие как сбор дождевой воды, для последующей ее очистки и употребления сотрудниками центра. Также здание частично само будет обеспечивать себя энергией, благодаря установленным солнечным панелям. В постройке также будут присутствовать бассейн, зеленая зона и бар. Администрация Бали надеется, что новое здание также станет еще одной достопримечательностью острова.
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source: unigang

การประกวดแบบศูนย์เพื่อการวิจัยทางทะเลระหว่างประเทศ ในบาหลี ประเทศอินโดนีเซีย บริษัทsolus4 ได้รับการรับเลือก โดยการศึกษาและแนวความคิด แปลความหมายจากคลื่นสึนามิ ให้กลายมาเป็นรูปธรรมในเชิงงานสถาปัตยกรรม

อาคารนี้ได้รับการออกแบบ อยู่นอกชายฝั่งของหาด Kuta ประมาณ 150 เมตร, ศูนย์เป็นอาคารที่มีโครงสร้างโค้งมน เลียนแบบของเหลว ช่วยลดผลกระทบที่มีต่อสิ่งแวดล้อมทางน้ำ อาคารมีพื้นที่ 2,500 ตารางเมตร ถูกออกแบบมาให้ใช้พลังงานอย่างมีประสิทธิภาพมากที่สุด
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source: sikleptohati

Kompetisi desain internasional untuk pusat penelitian laut di Bali, Indonesia memberikan perusahaan solus4 kesempatan untuk mempelajari dan menafsirkan arsitektur struktur gelombang tsunami.

Dirancang untuk situs 150 meter dari pantai pantai Kuta, mereka Marine Research Center adalah struktur cairan yang meminimalkan dampak terhadap lingkungan alam perairan tersebut. Fasilitas 2.500 meter persegi ini dirancang untuk menjadi sangat hemat energi sambil memberikan pengalaman pada pengunjung dan ilmuwan koneksi langsung ke laut.
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source: ngmchina

不久前美国建筑设计工作室Solus4赢得了印尼巴厘岛海上科研中心(MarineResearchCente)国际大赛，科研中心致力于研究印度洋上的地震和海啸。

获奖项目提供了面积为2500平方米空间的建筑与规划方案。这2500平方米的空间就是未来的水上科研中心，在这里科学家可以研究海啸波涛的力量和其后果的潜能，同样还可以进行科学实验，确定可能的方法来预防自然灾害及其后果。

按照设计师的规划，建筑将拥有完全的能源效率，并且由于其独特的外形，所有的参观者和从侧面观察建筑的人都能获得良好的视觉效果。建筑的高度约等于海啸时的海浪高度。

中心包括水下实验室、教学处所和水下花园。这里将设置有一切工作和休息所必须的东西：海水游泳池、露台、酒吧和举行各种会议的大厅。
建筑还包括隐蔽的雨水收集地点。这些雨水通过过滤后可以进行再利用。

这些项目的出现也是生态科学创新过程的一种表现，从而使这种创新可以获得一个更加稳定的技术基础和更具系统性。
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source: viaggimyblogit

Lo tsunami del 2004 ha pesantemente colpito le nazioni del sud-est asiatico. Da allora sono partiti molti progetti per cercare, in futuro, di prevenire le emergenze e di poter correre ai ripari in tempo. Per questo motivo, l’Indonesia, ha commissionato uno studio per poter realizzare un centro ricerca per la prevenzioni degli tsunami poco distante dalla costa dell’isola di Bali.

Il progetto più interessante è stato proposto dallo studio americano Solus4 che, come potete vedere dai rendering, ha realizzato un concept davvero futuristico. L’Indonesian Marine Center dovrebbe essere posizionato a circa 150 metri dalla popolare spiaggia di Kuta Beach. Il centro dovrebbe essere attrezzato di laboratori di ricerca, camere per gli studiosi e perfino una piscina di acqua marina. Quello che colpisce, però, è come gli indonesiani abbiano potuto accettare un contrasto simile tra l’architettura classica di Bali e questo “mostro” di modernità. E voi, che ne pensate?
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source: photohistorytistory

이 일러스트만 보고서 느낀것은 무슨 대 부호의 바다위의 호텔인줄 알았습니다. 정말 멋지지 않나요? 그러나 놀라지 마세요
이 거대하고 멋진 구조물은 인도네시아 발리 앞바다에 세워질 해양연구소입니다.

2004년 인도네시아 앞바다에서 일어난 해양지진으로 인해 거대한 쓰나미가 생겼고 많은 사람들이 사망했습니다.
그 상처가 다 아물지 않았겠죠. 당시 큰 피해가 있었던 이유중 하나는 지진감지 시스템도 그걸 알리는 시스템도 갖추어지지 않아서
큰 피해가 났고 전세계는 바다위에 지진감지및 해양연구소를 만들고 있습니다.

이 해양연구소는 쓰나미감지및 해양연구를 위한 목적으로 만들었지만 관광객도 받을 수 있습니다. 관광수입도 챙기고 연구도 하고 연구원들은 아름다운 바다위에서 바다 풍광에 취하고 1석2조네요.

Solus4 라고 불리는 이 새로운 해양연구소가 완성되면 멋진 랜드마크가 되겠네요
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source: memar-shahrsazblogfa

عواقب سهمگین و دلخراش سونامی، محققان و پژوهشگران را بر آن داشته است تا سازه هایی سازگار با این رخداد عظیم طراحی کنند.زیرا هیچگاه نمیتوان از وقایعی مانند زلزله و یا سونامی جلوگیری کرد، اما میتوان با رفتارشناسی این حوادث، بخوبی در مقابل آنها ایستادگی کرد و حداقل خسارات جانی و مالی را متحمل شد.
تحقیقات و پژوهش ها در این زمینه، پس از سونامی ویرانگر سال 2004 که در اقیانوس هند رخ داد، افزایش یافت و به نتایجی دست یافت. یکی از نتایج، حاصل تحقیق گروهی اندونزیایی به نام Solus 4 بود که یک ساختمان شناور را طراحی کردند.

این ساختمان دقیقا بر اساس ویژگی های امواج سونامی طراحی شده است و کاملا منطبق بر رفتار سونامی است. تمام انرژی های این ساختمان از امواج دریا دریافت میشود. بدنه این ساختمان به شکل منحنی بوده و بسیار مقاوم در برابر نفوذ آب و ضربه می باشد. تکنولوژی ساخت این ساختمان کاملا سازگار با محیط زیست است.
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source: ptohu

Indonézia partjainál érdekes vízi kutatóközpontot terveznek, amely egyfajta úszó erődként tanulmányozná és előrejelezné az Indiai-óceánnál előforduló esetleges cunamikat, legfőképp a cunamik keletkezési helyén fellépő lökéshullámok modellezése lenne a kutatás tárgya.

Bali népszerű üdülőhelyének közelében, Kuta Beach-től 150 méterre állomásozna, fedélzetén tudósokkal és persze extra bevételt jelentő turistákkal. Elég futurisztikus tervvel állt elő a Solus4 építésziroda, csupa átlátszó üvegfelülettel és lekerekített formákkal képzelik el az úszó laboratóriumot.

Maga a monstrum 2500 négyzetméteres belső térrel rendelkezne, benne többek között laborhelységek, szálláshelyek, belső tengervizes úszómedence, tengeri növényekkel foglalkozó könyvtár és nagyelőadó számára lenne hely.

A fő hangsúly a hatékony energia-felhasználáson lesz, így partközelben majd az árapály által keltett vízienergiát igyekeznének hasznosítani, édesvizet az esőből és a tengervízből nyernének, a mélyvíz cirkulálásával pedig egyúttal a hűtést is megoldanák. Mindenesetre sokkal szebb látványt nyújtana, mint például a part melletti repülőgép-hordozó anyahajók és olajfúró-tornyok.