Welcome to our new Instron Community Blog hosted by Instron. It is a compilation of the freshest, brightest, most-talented minds that Instron has to offer. The world of materials science is so vast and encompasses the broadest range of industries, materials, and challenges that no one person can possibly possess all the knowledge required to be the resident expert – or master of materials science. It takes a small army behind the scenes collaborating and sharing technical know-how, experiences, and ideas to present the most accurate, relevant, and timely information to you – our readers.

We invite you to tell us who you are, share your stories and talk about your experiences. Join the Instron Community.

Wednesday, August 8, 2012

GOAAALLLL: A Stadium That Can Hold Its Ground


As millions of spectaculars travel to London to see the Olympic Games, eyes focus on a key landmark, Wembley Stadium. The renovated arena opened its doors in 2007, becoming the home to concerts and sports competitions alike.

For construction of this iconic venue, the foundation required tons of concrete and rebar (reinforcement bar) to hold its weight. With Wembley’s deepest foundation at 35 meters (nearly 115 feet), visitors want to know that the compression strength of the steel used to hold the concrete can withstand the pressure of a victory or defeat. Normally, the strength of rebar is assessed with tensile and bend tests to various international standards including ASTM A370, A615, A996, BS449, and EN 10002-1, which should give the guests sitting in any of the 90,000 seats a bit of confidence in the strength of the structure.

No comments: