Uploaded June 2022 | Updated September 2026, 2 weeks ago
2022 UTokyo 3MT – Kyungjin Kim – Estimating the response of damage concentrated floor without sensor
"Relatively new buildings are seismic-designed but, since there were no
earthquakes in the past, buildings that already built are directly
damaged without any earthquake-resistant.
On the other side, building safety evaluation methods conducting
immediately after an earthquake involved visual inspection by
engineers. Therefore. there are various issues such as the subjective
outcome, the availability of resources (e.g., number of engineers and
inspection time) and the possibility of hidden damage.
Recently, the number of earthquakes is increased in my home
country, Korea. There are lots of high-rise buildings in Korea, those
issues were more crucial. This situation makes me to be interested in
structural health monitoring using sensors.
I have started studying the technique using acceleration sensors from
master’s course in the University of Tokyo, and now I am still
researching on the topic “how to capture the damage concentration
case if it occurs where there is no sensor on it."
These videos are part of The University of Tokyo’s fourth Three Minute Thesis (3MT) Competition. Seventeen PhD students each introduce their research in under three minutes, in English, with just a single slide. UTokyo students, faculty and staff can log-in with their email address to cast a vote for the People’s Choice Award between Friday July 24th and 4pm on Friday June 8th 2022. Please click here: forms.office.com/r/Kc5SKAKbd7
The top three winners are announced on Saturday July 9th 2022. The Grand Prize winner represents UTokyo at the University of Queensland’s 2022 Asia-Pacific 3MT Competition.
3MT is a registered trademark of The University of Queensland.
https://threeminutethesis.uq.edu.au/
2022 UTokyo 3MT – Kyungjin Kim – Estimating the response of damage concentrated floor without sensor
"Relatively new buildings are seismic-designed but, since there were no
earthquakes in the past, buildings that already built are directly
damaged without any earthquake-resistant.
On the other side, building safety evaluation methods conducting
immediately after an earthquake involved visual inspection by
engineers. Therefore. there are various issues such as the subjective
outcome, the availability of resources (e.g., number of engineers and
inspection time) and the possibility of hidden damage.
Recently, the number of earthquakes is increased in my home
country, Korea. There are lots of high-rise buildings in Korea, those
issues were more crucial. This situation makes me to be interested in
structural health monitoring using sensors.
I have started studying the technique using acceleration sensors from
master’s course in the University of Tokyo, and now I am still
researching on the topic “how to capture the damage concentration
case if it occurs where there is no sensor on it."
These videos are part of The University of Tokyo’s fourth Three Minute Thesis (3MT) Competition. Seventeen PhD students each introduce their research in under three minutes, in English, with just a single slide. UTokyo students, faculty and staff can log-in with their email address to cast a vote for the People’s Choice Award between Friday July 24th and 4pm on Friday June 8th 2022. Please click here: forms.office.com/r/Kc5SKAKbd7
The top three winners are announced on Saturday July 9th 2022. The Grand Prize winner represents UTokyo at the University of Queensland’s 2022 Asia-Pacific 3MT Competition.
3MT is a registered trademark of The University of Queensland.
https://threeminutethesis.uq.edu.au/
![【H-UTokyo Lab】Introduction Video about Habitat Innovation Project [Digest]](https://i.ytimg.com/vi/uVf-t5_0UGM/mqdefault.jpg "【H-UTokyo Lab】Introduction Video about Habitat Innovation Project [Digest]
The Hitachi-UTokyo Laboratory (H-UTokyo Lab.) was established in 2016 by the University of Tokyo and Hitachi. H-UTokyo Lab has pioneered the industry-academia collaboration model in Japan, with the goal of realizing Society 5.0, a super smart society where people can lead secure, comfortable, energetic and high-quality lives, and where no one is left behind. We are determined to build the sustainable smart city we are promoting through the Habitation Innovation Project: “Urban transformation through living” initiative.
H-UTokyo Lab Website：http://www.ht-lab.ducr.u-tokyo.ac.jp/en/
※This is the digest edition. For more details, please visit the above website and watch the full version of this video.
日立東大ラボ, H-UTokyo Lab.")
