Source: Gehry Parnerts
martes, 15 de julio de 2014
domingo, 13 de julio de 2014
martes, 8 de julio de 2014
domingo, 8 de junio de 2014
Viagem de Estudos Internacional PATRIMÔNIO CULTURAL E URBANISMO NO PERU
Objetivo:
A viagem tem por objetivo o
estudo do Patrimônio Cultural da humanidade e do Urbanismo no Peru.
Especificamente o estudo das cidades de Arequipa e Cusco e, o Complexo
Arqueológico de Machu Picchu.
Organização e Coordenação:
Prof. Arq. Juan Carlos Guillén Salas
Profª. Arqta.
Luana Miranda Esper Kallas
Período da viagem:
27 de julho a 05 de agosto de
2014
Itinerário da viagem:
BRASIL. Brasília DF - São Paulo
PERU. Lima - Arequipa - Cusco -
Machu Picchu
Contatos:
jnguillen@yahoo.com
sábado, 7 de junio de 2014
domingo, 18 de mayo de 2014
domingo, 6 de abril de 2014
martes, 25 de marzo de 2014
Council House 2. Green Building. AUSTRALIA
From 2001–2005 I was the Principal Design
Architect of CH2 for the City of Melbourne, a 12 000m2 mixed use building in
downtown Melbourne. This building follows the same principles at those
established at Eastgate: the architecture and its visual expression should
respond to the natural, socio-cultural and economic environment of its location
in the same way that an ecosystem in nature is embedded in its site. The
metaphor for Eastgate was the termitary, the metaphor for CH2 is the tree.
CH2 is a mixed development with
retail on the ground floor and with nine floors of offices above. It was completed in September 2006
and occupied in November. A post-occupancy survey was made in 2008 by an
independent surveyor from London. CH2 achieved 6-star as-built rating in
January 2010. It has won numerous awards and international acclaim.
domingo, 23 de marzo de 2014
ECO ARK. TAIWAN
Turning Taiwan's
trash into a treasure. The EcoARK
pavilion is hailed as a new benchmark for the future of green buildings and a
spectacular showpiece for the Taipei International Flora Expo. Adhering to the
mantra of “Reduce, Reuse and Recycle”, the nine-storey high EcoARK Pavilion is
built largely out of recycled plastic bottles. It weighs 50 percent less than a
conventional building, yet it is strong enough to withstand the forces of nature,
including fire! (NATGEO)
Documentary suggested by: Taís Stela da Silva Limiro
domingo, 2 de febrero de 2014
Santiago's energy saving buildings. CHILE
By: Jimmy Langman
SANTIAGO,
Chile — The Chilean capital of Santiago is now home to innovative new
architecture projects that are helping the country solve its energy challenges.
Called
Latin America¹s economic tiger for its high economic growth rates, Chile's
vibrant economy has meant rising energy consumption. Chile is projected to need
twice as much energy by 2025.
One
way Chile tackles that challenge is by re-thinking its buildings. About a third
of the world¹s energy is consumed in buildings for heating, cooling, cooking,
lighting and appliances. Architects here are moving away from
highly-inefficient structures; instead, dozens of buildings that use energy
efficient designs are now being built.
A
green-building prototype for both Chile and Latin America is the Transoceanica
building in Santiago¹s Vitacura neighborhood. It¹s the first building ever in
Chile to achieve the LEED gold certification by the international Green
Building Council. Finished in late 2010, the building consumes just one-fourth
of the energy demanded by a traditional building its size.
The
incredible energy efficiency of the Transoceanica building stems in great
measure from passive, energy efficient design solutions, which lowers cooling
costs, the largest factor in commercial energy use in Santiago.
Another
key contributor to efficiency: a geothermal pump draws water from a 75-foot
deep well below ground to cool the building.
Chile¹s
Ministry of Housing and Urbanization is also doing its part by building 10
model energy efficient buildings to house its own offices around the country.
The government is also developing green building standards, and has launched a
certification system for residential housing, all pointing the way toward a
more eco-friendly future.
Source: Globalpost
Fukuoka. JAPAN
By: Michael Condom
In
Fukuoka, the most populated city on Japan’s Kyushu Island, the Acros Fukuoka
building rises like a mountain from a central park.
The
concept was to create a building that, while man-made, seemed to grow
organically from the adjacent green space — which was one of the last of its
kind in the city center.
As
Japan and the rest of Asia look ahead to save energy, they are turning to the
Acros Fukuoka building as a possible blueprint for more efficient urban
planning.
The
office building — which also houses a symphony hall, international convention
center and shopping mall — employs the use of natural light and insulation to
save energy.
Studies
have shown the areas covered by vegetation on the south side of the building
are 10 degrees cooler than concrete areas in the middle of Fukuoka during its
intensely humid summer.
The
mountain shape also creates a breeze at night which reduces the “heat island”
effect of the surrounding area.
An
atrium on the south side, together with banks of floor-to-ceiling windows, help
reduce energy consumption through the use of raw light, softened by the
curtains of vegetation.
Architect
Takuji Fukuda explains the building is designed to take advantage not only of
the naturally occurring light and insulation, but also rainwater to create a
more environmentally friendly office building.
In a
post-Fukushima Japan, the nation is undergoing a cultural shift in terms of its
energy consumption.
“Everyone
is probably saying the same thing — that we are using too much electricity. I
think there is no question we do,” he said. “And so, now, we have to save power
in Japan.”
Fukuda
envisages major cities where natural methods will be increasingly combined with
better urban design. Along with the cultural shift, an architectural shift may
follow.
Source: Globalpost
jueves, 30 de enero de 2014
miércoles, 29 de enero de 2014
Sustainable technologies - closing the circle on renewable energy. GERMAN
One of the biggest problems with wind and solar power is that they can
only provide energy when the wind is blowing or the sun is shining. On the
other hand, it the grid cannot accomodate any more energy at a particular
moment, they have to be shut down. For years, scientists have been looking for
ways of storing excess renewable energy, and one of the most promising is the
‘power-to-gas’ model.
Researchers in Stuttgart have now constructed a facility that uses the
electrical current from renewable sources to make methane. The plant can be
started up and stopped quickly - which is a prerequisite for reacting quickly
to constantly changing energy supply and demand.
Source: DW
City of the Future | Tomorrow Today. GERMAN
Less waste, cleaner air, and a good transportation
system - these are all things that would make the city of tomorrow more livable
and more sustainable.
Researchers at a number of Fraunhofer institutes
have joined in the "City of Future” project to find ways to make them a
reality. Among the many ideas under investigation are building facades that are
equipped with power stations to generate energy, and cars that help clean the
air rather than pollute it. Today, these ideas only exist in a virtual model,
but we went to meet the scientists who are working to bring about the city of
tomorrow.
Source: DW
martes, 31 de diciembre de 2013
Local parks help cool down urban climate, German researchers find. GERMANY
Parks are perfect for recreation
and, as a set of Hamburg researchers have found out, they are also important at
controlling local climate conditions too. They say parks could be a useful tool
in fighting climate change.
Source: DW
Cologne Oval offices. GERMANY
Climat: pour une "architecture écologique"
TOWARDS A NEW ARCHITECTURE + ENERGY part 1
TOWARDS A NEW ARCHITECTURE + ENERGY part 2
domingo, 29 de diciembre de 2013
Botanical Architecture. GERMANY
City spaces are being filled with
foliage to make them greener. A group of architects from southern Germany use
botanical elements for building. Now the concept of botanical architecture is
taking root as a research field.
Source: DW
Clean Architecture
We take a look at the futuristic
and sustainable designs of Catalan architect Enric Ruiz-Geli. His buildings
boast low energy consumption and heat storage systems - and actually produce
their own electricity. Just a few of the reasons why his practice Cloud Nine
Studio has reaped an array of awards.
Source: DW
Ecopia - The Sky's the Limit | In Focus
Never before have so many
skyscrapers been under construction all over the world at once. A new
generation of modern skyscrapers has been designed to help revive city centers,
spare the climate and check urban sprawl.
Building "green” has now
become an economic necessity, most especially in Asia’s burgeoning
megalopolises. The key question here is whether it is possible to build a
high-rise that is both green and efficient. The first certified sustainable
office high-rise is currently going up in Panama City. From Vertical Farming in
New York City to the "Garden City” of Singapore, environmental skyscrapers
are swiftly becoming one of today’s key technologies.
Source: DW
sábado, 28 de diciembre de 2013
Eco-Cities | In Focus - ECOPIA.
Hamburg’s HafenCity and Tianjin’s
Eco-city in China were conceived as model cities for sustainable,
environment-friendly building.
In northern Germany, ten new
housing developments are taking shape on Europe’s largest inner-city
construction site, designed to create a vibrant urban atmosphere on the old
Elbe River waterfront. The Tianjin Eco-city in eastern China, on the other
hand, is going up on virgin land. This
satellite city is seen as a test for cutting urban Chinese energy consumption.
Source: DW
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