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Earthquake engineering / Structural system / Braced Frame / Seismic analysis / Steel frame / Zipper / Framing / Frame / Buckling restrained brace / Civil engineering / Construction / Structural engineering


Collaborative Research: Behavior of Braced Steel Frames with Innovative Bracing Schemes A NEES Collaboratory Project Roberto Leon & Reginald DesRoches
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Document Date: 2004-12-06 11:38:52


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City

Kobe / Buffalo / Boston / London / /

Company

Introduction This / Georgia Tech / Chevron / /

Country

United States / /

Event

Natural Disaster / Business Partnership / /

Facility

Reginald DesRoches Georgia Institute of Technology Andrei M Reinhorn / UC Berkeley NEES laboratory / University of California at Berkeley The University of California / Imperial College / CU Boulder NEES laboratory / NEES building / Buffalo The University / Earthquake Engineering Research Institute / Bozidar Stojadinovic University of California at Berkeley Benson Shing University of Colorado / Florida A&M University / Berkeley laboratory / Michel Bruneau University / Building Frames / Structural Steel Building / University of Colorado / /

IndustryTerm

control algorithms / web-based collaboration tools / multi-site / braced steel frame / steel floor plates / instrumentation protocols / main steel components / compact lateral-load resisting systems / analytical tools / real-time interaction / energy dissipators / elements containing energy dissipation elements / collaborative tools / steel frame buildings / pseudo-dynamic testing algorithms / design software / steel seismic design provisions / seismic applications / braced steel frames / energy / near-real time / braced steel structures / pseudo-dynamic test algorithms / structural systems / energy dissipating elements / in-house software / energy dissipation / integration algorithms / control systems / structural solution / project using devices / Post-processing / high energy dissipation / experimental solutions / identical hybrid test control hardware / web-based collaboration / steel / be conducted using different integration algorithms / /

Organization

University of California / Earthquake Engineering Research Institute / Collaboratory Project Roberto Leon & Reginald DesRoches Georgia Institute / UC Berkeley / Structural Engineers Association of California / University of Colorado / SUNY / Imperial College / Federal Emergency Management Agency / Reinhorn & Michel Bruneau University / Georgia Institute of Technology / Committee on Shared Use and Site Operations of the NEES Consortium / NEHRP / Florida A& M University / National Science Foundation NSF / AISC Seismic Committee / be derived using the UC Berkeley / /

Person

Jack Moehle / Reginald DesRoches / Abdullah Florida / Shake Table Tests / /

Position

model for simulating the hybrid simulation tests / Researcher / model for future collaborative research using NEES / designer / model for future collaborative research / controller / model / /

ProvinceOrState

California / Colorado / /

Technology

solution algorithms / integration algorithms / instrumentation protocols / control algorithms / pseudo-dynamic test algorithms / pseudo-dynamic testing algorithms / simulation / /

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