The eastern span of the San Francisco-Oakland Bay Bridge was supposed to be the crowning glory of the bridge-builder’s art, gracefully echoing the rolling hills surrounding San Francisco Bay.
Yet as the project heads for a Labor Day opening after $6.4 billion and 15 years, the country’s most daringly iconic highway bridge stands as a poster child for those who think major infrastructure projects are wasteful. — bloomberg.com
The Structural Awards, held by the Institution of Structural Engineers every year, recognizes the range of innovation, achievement, and excellence of structural engineers whose work is often overlooked. The Structural Awards highlights the challenging environments structural engineers constantly face in order to help build highly complex structures. The annual competition aims to distinguish talent, garner public attention, and inspire young people to explore the field of structural engineering. — bustler.net
Crews that built the railing committed what experts called a basic mistake - they welded the bolts in place firmly in their slots rather than leaving a small amount of room to accommodate a natural expansion of the bicycle path that happens in hot weather.
As a result, scores of the 1-inch-diameter bolts have been sheared off along the 1.2-mile bike path on the southern side of the span's skyway section. — sfgate.com
CNN's Tom Foreman explains the strength of the tornado in Oklahoma and why some buildings couldn't withstand the force. — youtube.com
Scientists and engineers from the Faculty of Ocean Engineering and Ship Technology at Gdansk University in Poland have teamed up with other Polish scientific and R&D institutions to come up with a landmark underwater hotel.
The Water Discus Underwater Hotel, as it is called, may not be the first but plans for the Dubai venue call for the biggest site of its kind. — DesignBuild Source
Roof structures of this size and complexity cannot be built without an explicit geometry that can be expressed mathematically. Without such a mathematical model, it is not possible to calculate the loads, stresses, and rotational forces to which the vaults will be subjected and to estimate the impact of wind and temperature changes on their stability. Parabolas and ellipses were Utzon's first choices for the profiles of the vaults, but neither provided a buildable option. — insidescience.org
Science Channel’s upcoming series, Strip the City, uses oversized CGI effects to take a very deep look into the engineering behind some of the most iconic municipalities and the potentially disastrous natural elements they must overcome. Working with architects, engineers and historians, the producers have unearthed the specific elements that help San Francisco’s bridge survive tremors and Dubai’s towering skyscrapers stand firm in soft, unstable desert sands. — wired.com
Clark Nexsen and Pearce Brinkley Cease + Lee will design the Academic Building and Parking Deck January 24, 2013 (Raleigh, NC) -- The team of Clark Nexsen and Pearce Brinkley Cease + Lee (PBC+L) has been selected to design the Phase III Academic Building and Parking Deck on John Tyler Community...
Designers for The Wave, Muscat, were tasked with the challenge of engineering a luxury, mixed-use development stretching along six kilometres of natural beach coastline between Al-Athaiba and Al-Mawelah while ensuring it was protected as much as possible from the Sea of Oman. — DesignBuild Source
The building, known as 1 Angel Square, has been designed to deliver a 50 per cent reduction in energy consumption compared to The Co-operative’s current Manchester complex and an 80 per cent reduction in carbon. This will lead to operating costs being lowered by up to 30 per cent. — DesignBuild Source
One winner and two runners-up have today been announced at this year's edition of the James Dyson Awards, an international student design award running in 18 countries. The first prize went to the entry 'SafetyNet - Escape Rings' from the UK. The two runners-up were the design concepts 'The BETH Project' from the United States and 'Revival Vest' from New Zealand. — bustler.net
In the same way that structural deficiencies can be detected with something solid, two engineers from Brigham Young University--Brian Mazzeo and Spencer Guthrie--are listening in for the tell-tale acoustics by splashing bridges with water. They're looking for something called "delamination." — popsci.com
The general Idea from my interpretation was to produce a lightweight structure that uses minimal material yet uses technology to account for the lack of girth and material. - Rogelio Mercado — Rogelio Mercado
The buildings are always designed with redundant structural assemblies to resist forces that might happen maybe .001 time of their existence and sometimes never. So what happens when all that structural apparatus and weight has taken out from an experimental "structure" is explained to a group of...
For a Middle East-based client he's not allowed to identify, Johnson worked on a project back in the late 2000s designing a building that would have been a mile-and-a-half tall, with 500 stories. Somewhat of a theoretical practice, the design team identified between 8 and 10 inventions that would have had to take place to build a building that tall. Not innovations, Johnson says, but inventions, as in completely new technologies and materials. — theatlanticcities.com
“The form was reinvented to an extent,” says Yanni Loukissas, a postdoc in MIT’s Program in Science, Technology, and Society (STS). And while the question of exactly which design changes should be credited to Utzon or Arup’s firm has been a matter of some dispute, the building, Louskissas says, stands as “an example where the engineer was instrumental in reshaping the project.” — web.mit.edu
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