Kobe / Auckland / Bilbao / Vancouver / Roma / Cheju / Milan / Osaka / Design / Structures / New York / Rotterdam / Paris / /
Company
Shanghai Bank Building / Innovative Aseismic Systems / Generali / /
Country
Japan / Italy / Canada / Korea / Singapore / /
Event
Natural Disaster / /
Facility
Building Configuration / University of Perugia / Future University of Hakodate / Umeda Sky Building / Umeda DT Tower / Guggeneim Museum / /
IndustryTerm
dampers dissipating energy / remarkable energy dissipation / compound energy dissipating system / energy dissipation / easy energy dissipation / compound energy dissipating system consisting / structural solutions / seismic protection systems / energy approach / energy dissipating devices / ordinary applications / structural solution / viscous devices / aseismic technologies / reference solution / plastic devices / hybrid systems / laminated rubber isolators / dissipative devices / steel frames / protection systems / energy / retrofitted using the compound energy dissipating system / /
Organization
Future University of Hakodate in Japan / Freemasonry / Emergency Management Center / University of Perugia / /
Person
Riken Yamamoto / Johan Otto von Spreckelsen / Frank Gehry / Norman Foster / John Wiley / /
CONCEPTUAL SEISMIC DESIGN AND STATE-OF-THE-ART PROTECTION SYSTEMS M. Mezzi1 and A. Parducci2 ABSTRACT New seismic design methods should address the system ability to dissipate energy