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Showing posts with label Architects. Show all posts
Showing posts with label Architects. Show all posts

Limits Architects Set to the Range of Projects They Would Take On

I came accross an article calles 'Weapons, Bribes And Dctators: Where Architects Draw The Line' by Fast CoDesign. The article talks about Zaha Hadid's project for the World Cup of 2022, which hundreds of workers that where working on the project have lost their lives. Zaha Hadid defends herself by saying that these matters are out of her control and she cannot do anything for it.

The article continues with 5 Renowned Architects talking about their limits, what building they would refuse to design and what type of projects do they prefer taking.



In my personal opinion and observation, each firm should have a limit to what project they would take. Architects and Designers is a link to saving the planet. Sustainable Design is about designing buildings and projects that will positevily contribute to this planet, that includes to the human population and any other life that populates the earth. If limits are ignored and buildings are designed that will negatively affect the environment, then our chance of making this planet a better place will slowly fade away.


References:
 http://www.fastcodesign.com/3028892/slicker-city/weapons-bribes-and-dictators-where-architects-draw-the-line

The Barcelona Pavilion by Mies van der Roher

The Barcelona Pavilion, originally named as the German Pavilion, was designed by Ludwig Mies van der Rohe as the face of Germany for the 1929 Barcelona International Exhibition. The pavilion was designed to represent the German section and would host King Alphonso XIII of Spain along with the German authorities.

The Barcelona Pavilion (reconstructed)
In Mies’ eyes, the pavilion was nothing more than a building, it wouldn’t host art or any sculptures inside it. The pavilion would be a place to escape from the exposition transforming the pavilion into a sculpture itself.

After the International Exhibition has closed, the pavilion was brought down in 1930. The Barcelona Pavilion has set a milestone not only for Mies’ career but also for the 20th century architecture.

Because of the significance of the Pavilion they decided to reconstruct the building. The pavilion was reconstructed in 1980 by Oriol Bohigas, the head of the Urban Planning Department at the Barcelona City Council. Architects Ignasi de Solá-Morales, Cristian Cirici and Fernando Ramos researched, designed and supervised the reconstruction of the pavilion. In 1986 the pavilion was finished and open in the same site as it was originally constructed. For the reconstruction of the pavilion there was used the exactly same materials that were originally used for the pavilion in 1929.

The pavilion’s design is based on a formulaic grid system developed by Mies that serves both as the patterning of the travertine pavers and also as an underlying framework that the wall systems work. The Barcelona Pavilion has a low horizontal orientation, which is established from the low flat roof that appears to cover both the interior as well as the exterior of the pavilion.

The low height of the building can be said that forces the visitors to focus their vision to adjust to the views framed by Mies. The walls that are offset inside of the pavilion encourages the movement of the visitors enabling them to walk through the pavilion at take them from the small openings to open spaces.

There are two pools in garden of the pavilion, one small and one bigger pool. Both of the pools are establishing the reflection of the light throughout the pavilion. The small pool is located in the rare side of the interior space, which helps the light to reflect inside the pavilion and illuminate on the marble. The larger pool stretches across the rest of the plinth, which compliments the volume.


The materials used for the pavilion are glass, chrome, steel and four different kind of marble: Roman travertine, green Alpine marble, ancient green marble from Greece and golden onyx from the Atlas Mountains.

A 3D model of the internal space of the Barcelona Pavilion showing the materials used for the pavilion including the marbles.


For more detailed information about the Barcelona Pavilion and Mies van der Rohe himself visit http://goo.gl/BiWL8p

Le Corbusier



Charles-Edouard Jeanneret-Gris or as he is known 'Le Corbusier' was born in October 6 in 1887and died in August 27 in 1965. Le Corbusier was mostly known as an architect and was one of the pioneers of modern architecture, but he was also a designer, painter, urban planner and a writer. Generally put, an artist.

Le Corbusier lived in a rapidly industrializing world and the ideas of functionality, standardization and mass production became key concepts on his architectural designs. Like other architects working at the time he made use of newly developed materials like reinforced concrete and sheet glass in his buildings.



Le Corbusier developed five points of architectural design. These were:

  • Raising the building from the ground and supporting the structure on 'pilotes' (reinforced concrete columns) around the perimeter of the building footprints
  • Open internal floor-plans achieved by removal of the necessity to have load bearing internal walls.
  • The creation of a free façade also achieved by the removal of the need for bearing walls
  • The use of elongated horizontal windows to maximise views and natural light
  • The creation of roof gardens to replace the green area taken up by the footprint of the building.

These points are best illustrated in the design of his Maison Citrohan.




In this picture you can see 3D sketches of the Maison Citrohan building design of Le Corbusier from two different angles where you can see some of the principles described above such as the roof garden, the big windows, the horizontal windows etc. And the open internal floor-plans are shown in the sketch below.




The pictures that will follow is the Redbridge Welcome Centre building in London designed by Peter Barber Architects. A building that is inspired by Le Corbusier's design and uses his principles:




Zaha Hadid and the Heydar Aliyev Cultural Centre

Zaha Hadid is a famous Iraqi-British architect. She was the first woman to win the Pritzker Architecture  Prize in 2004.

When she won the Pritzker Prize the New York Times wrote 'Ms. Hadid's personal charisma has also helped to publicise her work, though to mixed effect. Beloved by journalists and members of her own profession for what is frequently described as her diva presence, Ms. Hadid has only recently found the clients willing to look beyond her reputation for being difficult.

Heydar Aliyev Cultural Center, Baku, Azerbaijan
Beko Masterplan, Belgrade, Serbia
Changsha Maixihu International Culture & Arts Centre, Changsha, China
Hadid's designs are known for their multiple perspective points and fragment geometry, a technique she uses to evoke the chaos of modern life. She designs this solid element in her designs to gain space. Even though, Hadid, talks a little about how her buildings are inspired and lets her buildings speak for themselves, her designs are rooted in Islamic architectural tradition.

My personal favourite design of Zaha Hadid is the Heydar Aliyev Cultural Center. The glass façade of the Haydar Aliyev allows more light to enter the building and its wavy solid shape achieves a very urban design.


There are three facilities under this fascinating roof. A museum, which is positioned in the left side of the building and a massive library which is in the centre tall curvy part of the building, where inside it there is a concrete core (as shown in the last picture below during its construction) and is supported with columns. And  it also includes an auditorium that can host 1,200 audience, positioned in the right side of the building (according to the image below). 

The odd thing about the facilities is that there is a concert hall, which is a loud facility next to a library that requires silence. To block the loud sounds reaching the library the constructors built six soundproof concrete walls around the auditorium with thickness of 63.5 cm (25 inches) preventing the sound from reaching the library, otherwise called a 'box-in-box' construction. The interior cladding of the concert hall required 280 interlocking panels making it the first concert hall to be covered entirely in wood.

The Auditorium, hosting over 1,200 audience
The first question I raised in my head about this building is, what material is used to achieve that solid wavy curves that makes the Heydar Aliyev Centre so original. At first I thought it would be concrete as concrete can be shaped very easily, however I couldn't be more wrong.


The façade of the building is surprisingly supported with a steel structure called 'space frame', a truss-like, lightweight, rigid structure constructed from interlocking struts in a geometric pattern. They can span large areas with few interior support. To waterproof the roof is not easy at all, as 360 individually-cut panels are required to render it which makes it the most complex roofing projects ever attempted.

The interior façade of this building is established with a materials called 'flex-board', which can be bend to the desired curve, to cover the whole area, they needed over 19,000 pieces of flex-board to cover the whole interior area (which is around 28 miles).

On top of the waterproofing material (external façade) and the flex-board (internal façade) they used Glass Fibre Reinforced Polyester (GFRP) for both indoor and outdoor cladding material.

Inside of the Heydar Aliyev Centre