Showing posts with label News. Show all posts
Showing posts with label News. Show all posts

New Airport Building


New Airport Building
Mestia, Georgia, 2010

مطار :ميتسا جورجيا

© J. MAYER H. Architects
Project Team: Juergen Mayer H., Jesko Malkolm Johnsson-Zahn, Hugo Reis, Mehrdad Mashaie, Max Reinhardt

Project: October - December 2010
Completion: December 2010
Client: Tbilisi International Airport

Architect on Site: Beka Pkhakadze
Construction by ANAGI ltd.,
Photographs: J. MAYER H.

Total Floor Area: 250 sq.m.


The new built airport is part of Georgia's ambitious plans to develop tourism in Mestia. The beautiful medieval town with its stone defensive towers is part of UNESCO's list of World Heritage Sites and also famous as ski-resort. With the unveiling of the airport on December 24th the building was designed and constructed within 3 months. 






















Tricks to Sell Houses With High Prices



Here are Tricks to Sell Houses With High Prices,If you decide to sell your home. you have to ask what steps to take before selling your home Here are some points that may be useful for people who sell goods and want to get a price for it. I five key points you should know:
The First Point

The First Point - Tricks to Sell Houses With High Prices

Initial advertising. if you are willing to sell your home for the first thing to do is to advertise the sale. you can place a banner on your door that you can put ads in newspapers or online must be more important for you to hire a representative of the practice. saying that advertising is not only the right but also helps to get a decent price.





Second Point

Getting a second opinion before you set the price of the market value of your home is sold. you have to do market research to get the exact value or the value of your home for this purpose. it is advisable to consult your property that has a database of comparable properties and can help get the ability to negotiate the exact prices. if you decide to sell your home. then you should be prepared not only negotiate with the dealers. but also other professionals corridor as an evaluator of lawyers.
The Third Point

Three of the Treaty and if the closure home will sell is that the legal issue. then do not cope without the help of an expert. if not taken seriously. you can create a much worse and can not be a fair price for the real estate consulting firm if it is connected to the real estate company that provides financing to the buyer of the property. then you must wait for funding must be secured and demonstrated in this case. you should try to complete the treatment as soon as possible.
A Fourth Points

Quarter experienced if every time your agent do to sell. then you must find the lost time is right to go home and never returned to potential buyers of the law and the need to hire an expert for this purpose. it is necessary to achieve a service companies have been well known a lot of sales.
Points Of The Fifth

Experienced Agent - Tricks to Sell Houses With High Prices

Five held by the Commission which are not leasing agent if you think that when you hire agents for the treatment of your property. then it will be expensive for you. because you have to pay him a commission for their services if they want then it is necessary to analyze whether you can sell one house to another if you have the authority to negotiate with the seller and the important issues that you have enough time to manage the entire sales process if you are a professional routine and busy. you should try to make your commission on the sale of its.

Whitney Downtown Museum





Architectural Provocateurs Axis Mundi Imagine a Different Whitney Downtown


(New York, NY) September 20, 2010 - New York architects Axis Mundi have re-imagined the Whitney Downtown Museum with a self-initiated proposal that is raw and provocative, and as bold in spirit as the original Breuer building on Madison Avenue.


In the early 1960's, when Marcel Breuer received the commission for the Whitney, he asked "What should a museum look like, a museum in Manhattan? Surely it should work, it should fulfill its requirements, but what is its relationship to the New York landscape? What does it express, what is its architectural message? He stated "It is easier to say first what it should not look like. It should not look like a business or office building, nor should it look like a place of light entertainment. Its form and its material should have identity and weight. It should be an independent and self-relying unit, exposed to history, and at the same time it should transform the vitality of the street into the sincerity and profundity of art."


With an intense sculptural presence, the Axis Mundi design represents an historical extension of the Whitney's commitment to innovative architecture, much as its polygonal windows and raw surfaces pay homage to the original Breuer fenestration and its formal brutalism.




Invisible Sight Lines Organize Program
The site is located at the beginning of the High Line, at the intersection of Washington and Gansevoort Streets. Axis Mundi sought to ground the new building in a web of 'historical axes' which form and organize the program. The plan is based on a series of sight lines extending to 10th Avenue, the Empire State Building, the Whitney on Madison, and the location of the original Whitney on West 10th Street.








Galleries Suspended in a Lattice
A desire for column-free galleries led the architects to create a perimeter superstructure to contain the staircases, escalators, elevators, and mechanical rooms. This structural lattice allows the galleries to float freely, suspended like bridges, unimpeded by a typical grid structure. The lattice allows light to flood the building in unexpected and dramatic ways, heightening the visitor's perception of the artwork and the city.








Intermingling Urban Fabric
Maintaining vitality at street level and reducing the distance between the street and the art itself was an important consideration for the designers at Axis Mundi. Instead of designing a large vacant lobby, an informal intermingling of public and private space occurs on the street level plinth, creating a complex folding of the urban fabric. The plinth is populated by large-scale sculptures, an outdoor cafe bridge, an info kiosk, and a performance area. A continuous path, weaving in and out of the lattice structure, leads the visitor from the entrance ramp at the corner of Washington and Gansevoort up to the panoramic viewing deck, overlooking the Hudson River and the High Line.








John Beckmann, principal of Axis Mundi stated "We imagine the contemporary museum to be a dynamic environment - a space that is less a container and more of a conduit." 










Height: varies from 75 ft to 175 ft
Floors: 6 above (2 below)
Building Footprint: 39,000 square feet
Usable square footage: 195,000 square feet








Design Team: John Beckmann, Andy Vann, Denise Pereira and Marielle Vargas
Renderings: Viviane Liao and Andy Vann
Illustrations + diagrams: Denise Pereira and Andy Vann








© 2010 Axis Mundi 














Status: Unbuilt
Location: 838 Washington Street, New York, NY 10014


Site line diagram
Roof top sculpture garden
View from street
Entry
Gallery
From above
Exploded anoxometric
Floor plans
Site plan


Voussoir Cloud – Ultra-light Vaults / IwamotoScott


Voussoir Cloud – Ultra-light Vaults / IwamotoScott




Voussoir Cloud by IwamotoScott explores the structural paradigm of pure compression coupled with an ultra-light material system. The design fills the gallery with a system of vaults to be experienced both from within and from above. The edges of the vaults are delimited by the entry soffit and the two long gallery walls. Spatially, they migrate to form greater density at these edges. Structurally, the vaults rely on each other and the three walls to retain their pure compressive form. The fourteen segmented pieces also resolve to make a series of five columns that support the interior and back edge.

The overall design draws from the work of engineer/architects such as Frei Otto and Antonio Gaudi, who used hanging chain models to find efficient form. We used both computational hanging chain models to refine and adjust the profile lines as pure catenaries, and form finding programs to determine the purely compressive vault shapes. In this case, however, the structural and material strategies are intentionally confused. Each vault is comprised of a Delaunay tessellation that both capitalizes on and confounds the structural logics — greater cell density of smaller more connective modules, or petals, gang together at the column bases and at the vault edges to form strengthened ribs, while the upper vault shell loosens and gains porosity.



YouTube film seriously concealed by NASA for the Lord's miracle



YouTube film seriously concealed by NASA for the Lord's miracle 


Constructive recommendations for optimized and reliable heat exchanger pile systems



Constructive recommendations for optimized and reliable heat exchanger pile systems

Involved persons: Prof. Dr. Lyesse Laloui, Alice Di Donna



The surface of the Earth contains a great potential of thermal energy that can be used for heating and cooling residential, office and commercial buildings at low additional cost, through the installation of energy geostructures. The originality of these structures is to combine fundaments, necessary for supporting the building, with the heat exchanger system, able to extract heat from the ground during winter and expel it during summer. Although these technologies are already installed in many places around the world, for years their dimensioning has been based on empirical considerations and the understanding of their thermo-mechanical behaviour is still limited. The aim of this project is to gain inside the behaviour of energy geostructures and their interaction with the surrounding soil, in order to end up with appropriate design procedure for engineers.



We developed a new geotechnical design method, based on the load transfer method, and implemented it into a software called Thermopile able to determine the extra stresses and displacements that come from the temperature variations in a heat exchanger foundation pile.

Energy geostructures


Energy geostructures



 
Almost half of the energy used is
dedicated to buildings, including heating and cooling. Buildings are one of the major sources of CO2 release in the atmosphere. Decreasing the environmental impact of buildings and developing renewable energy solutions is therefore a crucial challenge in terms of sustainable development.
The LMS runs researches on environmental method of cooling and heating buildings: energy geostructures. These structures adsorb and transport ground thermal energy to the buildings via fluid pipes cast in the foundations. This avoids the energy-intensive and CO2-emitting aspects of classical heating systems and air-conditioning.

The basis of our work consists of observing, measuring, understanding and predicting how energy geostructures behave. The goal is to optimize the sustainability of the technology. As a practical application, the work provides answers to actual questions from practitioners and contributes to the dissemination of the technology.
News
A session concerning Energy Geostructures will be organized by Professor L.Laloui at the Geo-Frontiers conference in Dallas, Texas USA, on 13-16 March 2011.

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