Wednesday, April 23, 2014
All Things Must Come to an End
With this said, I do not think that I will be blogging in the near future. I have learned that blogging takes time. Time which I do not have plenty of. In my case, college combined with work, plus extracurricular activities did not leave me with a sufficient amount of time to do an extensive amount of research and write fully edited posts. I will, however, reconsider the idea of blogging later on in the future. After college, and possibly after my career is stable. It will be until then that I will resume my blogging career, but for now I must say good bye.
Wednesday, April 16, 2014
One World Trade Center: Revised
This design, although beautiful at sight, has been criticized and has shown certain flaws. On Wednesday, February 19, after one of the very common snow storms in the Northeastern part of the United States in 2013, large amounts of ice began sliding off the building, potentially harming pedestrians. This obviously frightening incident could have been caused by the irregular shape of the building. A reporter from the website Popular Mechanics points out something very interesting in one of his posts. In it he says that architects and engineers could design buildings in a way that would prevent ice from forming at the top of buildings, which then break off and fall dangerously to the ground. Other places where snow is much more common have solved this dilemma with designs that that prevent the break and fall of ice, one example is Russia and its onion shaped roofs. This is a very typical architectural trait from Russia and be seen in many important buildings from that country, but is purpose is not just to look good. The rounded shape prevents ice from forming on top it, any snow or water that falls on top of the roof would simply slide down before being able to freeze in to large chunks. Designers of modern skyscrapers have opted to not include the onion shape roofs, but use a either a type of snow guard that keeps the snow from falling from the sides or inward slanted roofs that contain the snow or ice. Unfortunately, the One World Trade Center does not seem to incorporate any of these additions to it's design. Perhaps the architects and engineers missed a small, little details.
Wednesday, April 9, 2014
Top Most Beautiful College Campuses, according to Forbes
Wednesday, March 26, 2014
Apple's Future Headquarter
Wednesday, March 19, 2014
Discover: Manassas Park Elementary School
One of the main oppositions that architects must face in each project they work comes due to conflict with the environment. The building of a new structure almost always means that one way or another the environment will be affected. Sometimes hundreds of square miles of trees and plants must be cut down to make way for a new construction. Many people strongly oppose such actions arguing that the deforestation caused by large constructions affect the environment, eventually bringing long term problems such as global warming. Statements as such, in my opinion, can not be held as false or inaccurate since it is quite evident that large constructions affect the environment one way or another, whether it is by cutting down trees to create open spaces for buildings or to provide the large amounts of wood needed for the construction. But, here is where architects can merge creativity with environmental friendly designs. In my opinion, the construction of new buildings is inevitable due to the rapid growth that the country is experiencing as a whole, especially in Northern Virginia, but new designs and ideas will help maintain a balance between construction and the environment. One great example is the Manassas Park Elementary School, in Manassas Park, Virginia.
In 2009, the City of Manassas Park expanded an existing elementary known as Cougar Elementary School to accommodate the growing number of students that attend Manassas Park City Schools. The expansion, although, brought a small obstacle with it; was a small forest located behind the existing school. In order to build the two proposed buildings, the small forest, known as Camp Carondelet, had to be removed. But, the architects of the project decided to merge both the buildings and the camp to create an environmentally friendly building with a nature theme.
The buildings feature large open spaces outside where kids can not only enjoy an relax but also take part in nature by plating trees. The proximity to the forest also creates a rich environment that changes of color based on the seasons. This change of scenery is brought inside the building by the use of large window walls that allows the natural light to come and allows the people inside to have an almost-outside feeling. The large windows also helps stay illuminated with out the need of electrical lighting. The also helps educate the students, grade k-5, on how to help the environment. In each rooms there are indicators that tell the students when they can open the windows in order to allow natural ventilation. When these windows are opened, the mechanical system in the room is turned off and natural convection currents circulate fresh throughout the room.
There are many other features that this building has incorporated that truly shows how new ideas and designs are being developed to help aid the negative effects of new constructions. This shows that innovation and progression in architecture is the key to a better future both for the urban world and the environment.
Sources:
http://www.vmdo.com/docs/Manassas_Park_case_study_1.pdf
Wednesday, March 5, 2014
Walt Disney Concert Hall
Any person who attends a concert, whether it is of classical, rock, or pop music, can testify of a certain feeling of euphoria that took over them while listening to the musicians playing live. This, of course, is primarily due the ability of the musicians, but, even a great musician playing in a poorly built auditorium or concert hall will sound as an amateur. This is why architectural acoustics is a very important part of architecture.
One perfect example of great architectural acoustics can be seen in the Walt Disney Concert Hall in Los Angeles. This acoustical work of art was opened in October, 2003. The project began as a request from Walt Disney's wife to build a new concert hall that would honor her late husband. She donated $50 million for the project as a way to reflect how Disney's love for music through out his entire life and career. The head architect, Frank Henry, "envisioned a place in which people would come together and feel comfortable" and in many ways he certainly did achieve this. The incredible outside view definitely grabs the attention of any body who happens to glance at the building. Its look is composed of various irregularly shaped steel boxes. These boxes have the resemblance of silver sails, which look more like a extravagant memorial then a concert hall. But, as incredible as the outside is, its the inside that makes this building unique. Architect Frank Henry along with a group of acoustics engineers and music directors worked hard to design an almost acoustically perfect room. The 2,265 seats that the concert hall has are arranged in what the Walt Disney Concert Hall website calls a "Vineyard Style". This way of arranging the seats consist of steeply raked seats that surround the stage. The level of steepness allows even the farthest listener to be much closer to the main stage then a regular seating arrangement. This, of course, allows the listener to enjoy a much better and refined sound.
This is simply one example of great architectural acoustics, there are many more that range from school auditoriums, to churches, to national concert halls. I just wish to someday be part of the team designing such marvels.
Source:
Walt Disney Concert Hall Main Website
http://www.laphil.com/wdch10/index.html
Wednesday, February 19, 2014
Best Schools for Architecture
The list is based on the opinions gathered from hundreds of design educators and professionals who participated in the 2014. The idea was to find out which schools better equipped students with the tools and knowledge that architecture firms want. The results showed that 4 main areas were essential for a school a school to cover:
- Design Quality: The survey showed that 48.5% of the firms value this as their primary concern
- Integrated Design
- Sustainability/climate change
- Technological Change
- Calif. Polytechnic State University, San Luis Obispo
- Cornell University
- Rice University
- University of Texas at Austin
- Virginia Polytechnic Institute and State University
- Harvard University
- Yale University
- Columbia University
- Massachusetts Institute of Technology
- Cornell University/Rice University
Tallest Building in The World
- The tallest building in the world
- Tallest free-standing structure in the world
- Highest number of stories in the world
- Highest occupied floors in the world
- Highest outdoor observation deck on the world
- Elevator with the longest travel distance in the world
- Tallest service elevator in the world.
Wednesday, February 12, 2014
Potential Sources
One World Trade Center
Wednesday, February 5, 2014
Brazil 2014: The Final
This stadium was built for the 1950 World Cup that was to take place in Brazil as well. The full name is Estadio Jornalista Mario Fihno, but it is better known as Maracana. Construction for this stadium began in 1948, with a work force of well over 10,000 laborers, and finishing the entire project within two years. Originally the maximum capacity of the stadium was of 220,000 and by that time it was the biggest stadium in the world. The final of the 1950 World Cup in Brazil also took place in this stadium, in front of an official crowd of 174,000 people, in a match between Uruguay and Brazil. This stadium is not only a magnificent piece of architecture but it is also considered a historic monument in soccer history. Some of the greatest matches have taken place here, with many of the greatest soccer players in history. Over the years, original capacity has been diminished to a much safer but unfortunately low number. After the renovations for the 2014 World Cup, the capacity is of 76,804. It is still a very impressive number, but it falls short to the original 220,000 capacity, which, quite frankly seems very scary number of fans. I sure wish to visit any of these during the tournament, but I know I will not. If any of you will, please comment.
Brazil 2014
Wednesday, January 29, 2014
What's in Washington D.C.?
The Courtyard is a "part of two building houses: the Smithsonian's National Portrait Gallery and the Smithsonian American Art Museum" (The National). The renovation of the building began in 2001, at first only few improvements were proposed and minor changes, but in 2002 the original project was greatly expanded and new ideas were brought (The National). The biggest change was the enclosing of a simple outdoor courtyard. The challenge for the architects and engineers was to create a closed courtyard that had the same outdoor feel and look of an open courtyard (The National). The challenge was met, and in my opinion exceeded, by a group of London based architects who came up with the design for the new courtyard (The National).
The finished product is a beautiful courtyard, with small trees, bushes, and plants around its perimeter and small pools in the center, overlooked by a breath-taking ceiling unlike any other. This ceiling is the main attraction, of course, and it is a an "elegant glass canopy" which was designed to make it look as if it is floating in the air (The National). The 28,000 square feet of glass also allows daylight and nightlight to enter without any problem creating a natural look and feel allowing for many types of plants to grow freely (The National).
If you have never visited this incredible place, then I suggest you do. I guarantee anybody will love it, and if not, there is free Wi-Fi, so no room to complain (The National). If this does motivate you to go, please comment.
Works Cited
"The National Portrait Gallery/Museum Information/Kogod Courtyard." The National Portrait
Gallery/Museum Information/Kogod Courtyard. Smithsonian, n.d. Web. 29 Jan. 2014.
Wednesday, January 22, 2014
The Beginnings...The Cairn de Barnenez
The Cairn de Barnenez:
This structure is perhaps one of the earliest in the history of human kind. It dates back to around 4,000 and 3,500 B.C. during the time that is now know as the Neolithic era. To put it in perspective, that is around the time when humans had just begun to farm and was no longer nomadic. This structure is believed to be tomb and was cleverly constructed using flat and rounded stones. In my opinion it is amazing how humans, even when there was no writing system, language or identified math, were able to construct a structure so well that even 6,000 years later is still visible and standing. What do you think?