The International Information Center for Structural Engineers

Scientists from Kanazawa University in Japan have found a method to increase the ductility of Pearlitic steel.

The ability of steel buildings to bend without fracturing, or ductility, allows for extreme lateral loading from earthquakes and wind. This loading, however, subjects the solid web and flanges of steel members to buckling and fracture, thus crumbling the flat, solid surface, and leading to the potential for great damage. Virginia Tech assistant professor Matthew Eatherton will be using a five-year, $500,000 National Science Foundation CAREER Award to research how steel plates with strategically removed geometric patterns may better withstand everyday loads and extreme events than the currently used standard steel plates.