The Consortium for SOcio-Functional
Continuity Technology (SOFTech) held its first workshop for young researchers
last February 22 and 23, 2019 at Suzukakedai campus of Tokyo Institute of
Technology (Tokyo Tech), Yokohama, Japan. The consortium was launched in 2017 and aims to
develop technology to ensure continuity of essential functions performed in
high-rise buildings and other urban structures following a major disaster.
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Participants: SOFTech Workshop for Young Researchers 2019 at Tokyo Institute of Technology |
Around 21 researchers from different
universities in Japan, China, and Philippines attended the workshop. The
workshop aims to bring together young researchers around Asia to present,
share, and discuss their researches related to urban disaster prevention which
are categorized into 5 areas: (1) ensuring structural safety, (2) safety
verification of seismic device, (3) maintaining functionality, (4)
quantification of safety and functionality, and (5) ensuring peace of mind.
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Day 1: Presentation of research studies |
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Day 2: Site visit at Tokyo Tech |
Day 1 was an exchange through presentation of research studies about application of concept of resiliency and various innovations in earthquake engineering technology, analysis, and testing.
Day 2 was allotted to a site visit of a
model 20-story building designed to resist strong earthquakes through the
combined use of base isolation and dampers. Participants were allowed to
witness a seismic-resistant technology comprised of combination of base
isolation and dampers applied to an actual building. They entered the basement
of J2-building in Tokyo Tech campus in Suzukakedai to witness the technology.
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Engr. De Jesus as one of the representatives of DLSU at SOFTech Workshop 2019 |
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Engr. Lucero as one of the representatives of DLSU at SOFTech Workshop 2019
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De La Salle University Civil Engineering, represented
by Engr. Richard De Jesus and Engr. Paolo Ian Lucero, participated in the workshop.
Engr. De Jesus presented his paper about quantification of resiliency of local
water distribution networks whereas Engr. Lucero presented his paper about
transport engineering resiliency with NAIA as case study.