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Showing posts with label Skyscrapers. Show all posts
Showing posts with label Skyscrapers. Show all posts

Friday, October 30, 2015

Zaha Hadid Design Project 1000 Museum In Miami Beach, usa

Project Designer 1000 Museum In Miami Beach : Zaha Hadid .

project site : Miami Beach, usa .
Date : 2012 - tbc .
Status : Under Construction .
Project 1000 Museum In Miami Beach
Project 1000 Museum In Miami Beach

Architect : 
Design : Zaha Hadid and Patrik Schumacher.
Project Director : Chris Lépine,
Project Team : Alessio Constantino, 
Martin Pfleger, Oliver Bray, Theodor Wender, Irena Predalic, Celina Auterio, Carlota Boyer.
Competiton Team : Sam Saffarian, Eva Tiedemann, Brandon Gehrke, Cynthia Du, Grace Chung, Aurora Santan, Olga Yatsyuk .
Consultants Local Architect : O’Donnell Dannwolf Partners
Structural : DeSimone 
MEP : HNGS Consulting Engineers
Civil : Terra Civil Engineering
Landscape : Enea Garden Design
Fire Protection : SLS Consulting Inc
Vertical Transportation : Lerch Bates Inc
Wind Tunnel Consultant : RWDI
Project Data : Height 709 ft, Gross Area 911,027 sq ft, Levels: 66, Townhouse Units: 4, Half Floor Units: 70, Full Floor Units: 8, Penthouse: 1, Parking Spaces: 260.

Zaha Hadid Design Project 1000 Museum In Miami Beach, usa
Project 1000 Museum In Miami Beach
For an architect who occupies a Z-dimension all her own, Zaha Hadid, Hon. FAIA, has seldom constructed high along that Z axis.
She has built many multi-level and midrise institutional buildings, but very few towers. That is about to change with the on One Thousand Museum, a 66-story, 83-unit, super-luxury condominium tower on Biscayne Boulevard in Miami, opposite Museum Park, with views across Biscayne Bay to Miami Beach.
The project is no less Zaha at this unprecedented scale. A concrete exoskeleton structures the perimeter of
the tower in a web of flowing lines that integrates lateral bracing within the lines of structural support. Columnar lines near the base splay out to meet at the corners, forming a rigid tube highly resistant to Miami’s demanding wind loads.

Zaha Hadid Design Project 1000 Museum In Miami Beach, usa
Project 1000 Museum In Miami Beach
With structure at the perimeter, the interior floor plates are almost column free, allowing maximum variation in floor plans. The bottom two-thirds of the tower has two units per floor, while the upper third boasts units that occupy the entire floor. The moving, curving lines of the exoskeleton mean that each succeeding floor plan is slightly different from the last. On the lower floors, terraces occupy the corners; on the upper floors, the terraces are tucked in from the edges.
A duplex penthouse occupies the last two residential floors. The final floor features an aquatic center, leisure area, and event space.
There is commercial space at the base, along with several stories of parking. At grade, the tower is ringed by pools and gardens. 
Zaha Hadid Architects project director Chris Lepine says that the structure—which appears as if it were eroded from a solid reads from top to bottom as one continuous liquid frame.

Project 1000 Museum In Miami Beach
Project 1000 Museum In Miami Beach
The tower represents a line of research in high-rise construction that explores a fluid architectural expression consistent with engineering for the entire height of the structure. The emphasis is on expressing the dynamism of the structure in an integrated whole that avoids the frequent typology of a tower resting on a base.
Lepine points out that while the architects have worked to express the structure and its beauty within a tall, slender tower, the structure itself is “purposeful” in that it is rigid, stiff, and hurricane resistant. It's not a diagrid structure but its curving lines allow a diagonal bracketing action. “We had this idea of a fluidity that is both structural and architectural,” Lepine says.

perspective Project 1000 Museum, Zaha Hadid
perspective Project 1000 Museum, Zaha Hadid 
Instead of simply cladding a steel frame, the architects are designing expressive form-work, which can be reused as construction progresses up the tower. The concrete will be painted so that its finished surface is also the architectural finish. “A lot of innovation comes in how we build the form work. We’re looking at several solutions,” continues Lepine. Behind the exoskeleton, the architects have created a folded, faceted, crystallike façade to contrast with the solidity of the exoskeleton. The dependable Miami sun will create plays of light on the glass within the structural frame.

 Project 1000 Museum
 Project 1000 Museum
“What you see is literally structure getting thicker and thinner, as needed," Lepine says. "There’s a continuity
between the disciplines, between the architecture and engineering, to create that impression.”
Tower Of Project 1000 Museum In Miami Beach, usa
Elevation the tower

Developers Gregg Covin and Louis Birdman of One Thousand Museum Limited commissioned Hadid to do the design, in association with the local architect of record, O’Donnell Dannwolf Partners Architects.
Hadid started One Thousand Museum after being commissioned to design Collins  Park Garage, a combination parking garage and public plaza now also in working drawings. There will soon be two notable Hadid structures in Miami as Hadid finally breaks into large-scale construction in the United States.

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Tuesday, September 8, 2015

Designs Meter Tower In Germany / J.Mayer.H

story medical services and residential high design by J.Mayer.H

Designs Meter Tower In Germany / J.Mayer.H
Medical Services and Residential Building, Germany
J.Mayer.H 1st prize winner  competition to design a 19-story medical services and residential high-rise in the center of the Rhine-Ruhr metropolitan region. The “sculptural” tower, which is defined by the horizontal “cloud-shaped” aluminum strips that cloak its facade, is designed to “provide a natural atmosphere” enhanced by planted terraces and balconies overlooking the adjacent landscape of the Rheinaue and views of Duesseldorf. 

Designs Meter Tower In Germany / J.Mayer.H
site plan of tower -J.Mayer.H
Competition: RKM740, Award: First Prize, Project Name: RKM740 Tower, Architects: J.Mayer.H Architects, Location: Düsseldorf-Heerdt, Dusseldorf, Germany, Architect on Site: Höhler + Partner (Aachen, Germany), Design Team: Andre Santer, Dr. Paul Angelier, Marta Ramirez Iglesias, Max Margorskyi, Client: Rheinblick Düsseldorf GmbH, Area: 26000.0 sqm, Project Year: 2017, Photographs: J. MAYER H., via designboom.

Meter Tower
In direct proximity to the sweeping landscape of the Rheinaue and with a view of Düsseldorf’s city center, this high rise will shape the silhouette of the left bank of the Rhine, not only in terms of its architecture, but in terms of use as well.
Floor Plan Meter Tower
Floor Plan Meter Tower - J.Mayer.H

The facades are designed as cloud-shaped, horizontal waves That shroud the building like a gown, lending it a light, sculptural character. The three-dimensional, perforated, semi-transparent and directly Elements facade views inside and out and protect from the sun and wind. The planting of the terraces and balconies Will Improve the microclimate and Provide a natural atmosphere in combination with the adjacent Generously open spaces.

 J.Mayer.H
Floor Plan Meter Tower - J.Mayer.H

The spirit of historical hospital grounds will be continued in combining medical-commercial uses with new, quality residential construction. The base of the building will house retail outlets for medical goods, doctors’ offices, and a floor with surgical practices.On top of this, 14 residential floors will rise featuring floor plans and sizes that allow for various residential concepts with an orientation that responds to the location of the plot. The upper floors open an impressive panorama view far beyond the Dusseldorf city limits.

 J.Mayer.H
Section  Meter Tower - J.Mayer.H

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Tuesday, July 28, 2015

skyscrapers in korea Daejeon / Korail & Krnerwork Headquarters

Ro-gu Daejeon / Korea Railroad Corporation Headquarters
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HEERIM Architects & Planners / Jeong Young-kyoon, Kum Doo-yeon, Im Dong-gun + KeunJeong Architecs & Engineers Co., Ltd. / Kim Jong-moon, Jung Seoung-duk 
Korail & Krnerwork Headquarters
Daejeon skyscrapers 
Constructional engineer Doosan Engineering & Construction, HANSHIN Engineering & Construction 
 Construction of the railway authority building co-front Supervision
skyscrapers in korea Daejeon
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- Project Name : KORAIL & KRNETWORK Headquarters
- Year : 2007
- Location : Daejeon
- Client : Korea railroad
- Gross Floor Area(㎡) : 111,366㎡
- Stories : 28F/B4
- Site Area : 23,508.19m²
- Region : Electrification
- Owner : Korea Railroad Corporation
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Korail & Krnerwork Headquarters
Korea Railroad Corporation / Daejeon
The new official building for Korea Railroad and Korea Rail Network Authority, which were re-established in January 2005, marks the first step of new high-speed railway business as well as the new development of Daejeon.New development of the region_The unbalanced urban condition between the eastern and western regions centering Daejeon station will be solved through the new office building and district development plan to be reborn as a new city. Entrusted with a role of a landmark, the site connected with Eastern Square is the starting signal for regional development. 

Korea Railroad Corporation / Daejeon
Korea Railroad Corporation / Daejeon
Beginning of a new railway project_To separate Korean National Railroad into Korea Railroad and Korea Rail Network Authority according to function means starting anew by reorganizing the culture of the entire railway business. It also implies the acceleration of high-speed railway business that makes the whole nationinto a one-day life zone and the firm establishment of its position as a subject of new railway business for unified Korea in consideration of future unification of South and North Korea. 

skyscrapers in korea Daejeon
site-plan
Office building open to general public_It attempts to change from a usualclosed business facility that concerns the railroad only into a cultural facility that represents Daejeon. The passive public relation of railway business and facilities were connected to programs such as the great auditorium lobby and the observatory, maximizing the synergy effect and engraving the image of friendlier Korean Rail in the minds of people. 
skyscrapers in korea Daejeon
skyscrapers in korea Daejeon
■ Design Concept Trans : Office building that proposes a new railway to the future the tower running in parallel with the railroad and the lower part of the building respectively mean the new urban context of Daejeon and replacement with the velocity of railway continuity. In other words, the high-rise tower connects the east with the west to create a strong visual axis, proposing the new possibility of the city. Also, the lower floors in parallel with the railroad show a varying speed according to its focal point, creating an ever-changing new office building.

skyscrapers in korea Daejeon / Korail & Krnerwork Headquarters
first-floor-plan

skyscrapers in korea Daejeon / Korail & Krnerwork Headquarters
first-bassment-floor-plan

skyscrapers in korea Daejeon / Korail & Krnerwork Headquarters
second-floor-plan
Mebius Ring : Endless trace of wheels without limitation_The visual message of a Floating Railway presented from the 4th floor to 6th floor shows the will of transcend the trace of wheel and the limitation of the railway that is confined to the ground. A series of public programs, which is continued from East Square through the entry ramp in the south, PR center, the lobby of grand auditorium, snack bar and finally to the railway observatory, is integrated into Mobius Ring to express the continuous flow of the rail and symbolize the future transportation mode without limit.

Korail & Krnerwork Headquarters
skyscrapers in korea Daejeon
Control : For the efficient control of Korean railroad, Korea Railroad and Korea Rail Network_ Authority should be separated while complementing each other. The Floating Railway links two straight and upright towers and at the same time is controlled by them. The two towers, which controls the contemporary and future transportation, support and connect the past(site) present(railway) future(Floating railway), and become a strong landmark of Daejeon.

skyscrapers in korea
Korail & Krnerwork Headquarters

skyscrapers in korea Daejeon / Korail & Krnerwork Headquarters
Korail & Krnerwork Headquarters

skyscrapers in korea Daejeon / Korail & Krnerwork Headquarters
Korail & Krnerwork Headquarters

 Krnerwork Headquarters
Korail & Krnerwork Headquarters

skyscrapers in korea Daejeon
Korail & Krnerwork Headquarters

skyscrapers
Korail & Krnerwork Headquarters

Source :<Heerim Architects & planners> 

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Wednesday, March 4, 2015

Design Sky SOHO In Shanghai, China by Zaha Hadid Architects

Architect Zaha Hadid Designed Sky SOHO In Shanghai, China

Sky SOHO In Shanghai, China
Sky SOHO In Shanghai, China
Architect: Zaha Hadid Architects .
Location: Shanghai .
Area: 86,000 square meters .
The total floor area: 342,500 square meters, Floor (nominal floor) on the ground floor and 2 underground floors 12 .
Completion: 2014 .

View Sky SOHO In Shanghai
View Sky SOHO In Shanghai 

SOHO volley by world-renowned architect ZahaHadid (Zaha Hadid) featuring total architect Zaha in Shanghai is the first architectural design work.

Site Plan of Sky SOHO In Shanghai
Site Plan of Sky SOHO In Shanghai
Project set office, business integration, is expected after the completion of a total construction area of ​​about 350,000 square meters. Close to Shanghai Hongqiao transport hub, with ultra-sleek avant-garde appearance and rich spatial variation, after 2014, the future of this unique building will become a gateway to enter the Shanghai landmark nature, its completion will also stunning debut Shanghai!

View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
 Space Design: fascinating shock flow
Shocking streamlined appearance, sporty styling curves, flow and rich spatial variations. This very futuristic building will become the new card in Shanghai, but also for all the visitors to present a memorable visual feast.

View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai
View Sky SOHO In Shanghai

View Sky SOHO In Shanghai
View Sky SOHO In Shanghai

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Monday, November 10, 2014

Tower in China (Shanghai Tower)

Skyscraper in Shanghai, China

Tower in China,Shanghai Tower
Tower in China - Shanghai Tower


Site plan of Shanghai Tower

Site project : Lujiazui Shanghai in China 
Final stage of construction : (July 2014) 
Tower high :  121 floors - 632 meter
Designer : Gensler 


Shanghai Tower


The Shanghai Tower is currently the tallest building in China and the second-tallest in the world,


construction-Tower-in- Shanghai Tower

The tower was designed on the architectural and construction including ideas :

 Minimize the strength of strong winds and double skin which maintains the tower cool in summer and warm in winter and vertical wind turbines

Shanghai-Tower-plan
Shanghai-Tower-plan  

Shanghai-Tower-plan
 Shanghai-Tower-plan

Shanghai-Tower-plan
Shanghai-Tower-plan


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Monday, February 20, 2012

Soma architecture - multiple natures

Multiple Natures / soma - Soma architecture - multiple natures - Skyscrapers Soma 
NEW PROJECTS: Projects Skyscrapers Soma 
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Architects soma, Vienna
Location : Taichung, TaiwanProject Name : Multiple Natures – Fibrous TowerUse : Observation Tower, Taichung City Museum, parkSite Area : 44.000㎡Bldg. Area: 10.000㎡
Austrian architecture firm SOMA has this radical design for the skyline of a city in Taiwan: the "Multiple Natures" fibrous tower, a 1,080-foot spire that twists up into bulbous pods from a base of eight support stalks. Believe it or not, the concept isn't as far-fetched as it looks up front, either.
the bundled tubes served as a great advantage: availability, ease of construction and beneficial air drag – very similar to the growth of muscles or tree fibers. The specialized system of construction, necesitated by the initial design strategy, helped develop a high performance, high efficiency design that takes a lesson from natural processes and pushes them to work to the design’s advantage.

Placing second, behind Sou Fujimoto Architects’ winning proposal, the Austrian practice soma proposed a new tower typology, titled Fibrous Tower of Multiple Natures, for theTaiwan Tower International Competition in Taichung, Taiwan. The conceptual drive for this tower comes from the desire to create a cultural landmark whose associations are multiple and dynamic, adapting with changing ideas about the nature of a skyscraper in an urban environment. Soma writes, “the tower should not state a fixed message, but trigger people to invent their own interpretations of the tower’s meaning”. How does soma accomplish this? Read on to find out.
It may look like a stiff breeze could blow this thing over — or that it was built by an occupying force of tripod-loving aliens from The War of the Worlds — but the "fibrous tower," as SOMA calls it, features four more conventional support pillars toward its core, with the four fatter outside pillars still providing support but primarily contributing to the tower's façade.
The ground floor of the building is composed of the Taichung City Museum and the tower lobby.  Upper exhibition spaces form the three dimensional ceiling of the lobby, collapsing the experience of these two distinct programs.  The museum has three distinct spaces: back rooms for multimedia installations, zones for introductive exhibitions and daylight areas for integrated galleries with the exhibition halls.  This last space also functions as a lounge with views of the tower and park.  The tower is also accessible through the museum allowing for greater flexibility of circulation throughout the tower.

The Fibrous Tower rises as a vertical typology, but dissolves as it reaches it base where legs come touch down and form a landscape where people can move freely between them. The structure and canopy below have a cellular, “non-hierarchical” structure that produce building volumes, open areas and green space between path networks. The four inner legs have individual functions associated with circulation and access to the tower that rises above: panoramic elevators, fire elevators and emergency stairs. The outer legs expand outward, creating platforms and observatories for public use. From these observation decks, visitors can see the detailed structure of these legs, which at this distance are interpreted as tubes, woven and subdividing into different functions. From a distance, these tubes appear to be of one structure.
The tower is designed as a zero-carbon building.  Designed to function as a self-sufficient system, it supples 100% of its own energy from renewable onsite energy generation.  Photovoltaic cells are integrated into the roof areas of the museum and exhibition spaces.  Highly efficient crystalline modules are applied to opaque roof areas and semi-transparent cell types are used where daylight is used to light the spaces below.  PV modules here are used for both energy production and shading.  A flexible PV system will also be applied to the tower’s skin, transforming the entire building into an solar absorber.  Soma also points out that diffuse solar radiation is at 60% in Taiwan, making it just as efficient to place PV cells outside the range of horizontal or south-facing orientations.  Soma estimates that the total area for solar absorbtion is approximately 25,000 m2.


The structural typology, as developed by BGS Engineers, is not traditional. BGS writes, “a bottom-up method is established, that leads to a structure with emergent load bearing capacities. By using probabilistic optimization methods complexity in the topology of structures is achievable: they are directly derived from static capacities, but do not explicitly show the underlying load bearing principles. The inherent load bearing quality is not readable at first glance and emerges as the result of the complex interaction between its single members.”
At the base of the structure is also a large, bulbous building (as seen in the gallery below), and it looks like that is where most of the action is. Elevators ferry folks up toward the spire's bulging heights, too.



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