Program is tentative and may subject to change.
Tentative Program [Final, 01-August, 2024]
Detailed Program [Final, 01-August, 2024]
Every presenter has 20 minutes for presentation including Q&A.
There is no strict time allocation for presentation, but we recommend that
you prepare a 12-15 minute presentation.
05-Aug, 2024 9:00-10:00
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Past, Present & Future --20th Anniversary of APVC's Yoshihiro Narita (Hokkaido University, Japan, Professor Emeritus) |
| The Asia Pacific Vibration Conference (APVC) is a biennial event that puts
special emphasis on the field of vibration engineering and science. It
has served as a platform for researchers at both universities and companies,
engineers and practitioners to disseminate their latest findings. Actually,
it started in 1985 as a part of “Kikai Rikigaku Kouenkai” (JSME domestic
meeting on mechanical vibration) and since then, it has expanded as Asia
Vibration Conference and later “Pacific” was added to broaden the covered
areas. Nine countries and regions have been selected as conference venues.
This conference is a pioneer of many international conferences titled as
“Asia” or “Pacific” that have started later in JSME, and clearly the past
huge success was brought by the researchers in the past and the cooperation
with many researchers in Eastern and South-eastern Asian countries. In this special lecture, it is hoped that we all have opportunities to look back the history of APVC’s to congratulate “Twentieth Anniverssary”, and we analyze the issues that Asian researchers stand on and will solve for. Also, with young promising researchers here, we would like to contemplate the future of the conference and help us create new ideas in this rapidly changing World. |
06-Aug, 2024 9:00-10:00
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Harnessing Piezoelectric Circuitry to Bridge the Mechanical and Electrical
Domains for Vibration Energy Manipulation and Structural Health Monitoring Jiong Tang (University of Connecticut, USA, Professor) |
| Piezoelectric transducers feature two-way electromechanical coupling that
can seamless join the mechanical and electrical domains together. One can
directly integrate circuitry elements to piezoelectric transducers embedded
in the host structure to favorably alter the structural dynamic behaviors
for control and inverse analysis purposes. In this talk, the basic concept
of piezoelectric circuitry is introduced, with example applications to
passive and active vibration controls. Subsequently, two recent efforts
will be presented in detail. In the first effort, periodically arranged
locally resonant unit cells utilizing piezoelectric circuitry, known as
piezoelectric metamaterials, are designed, analyzed, and experimentally
validated to facilitate various wave manipulations in a structure. The
challenges and progresses of mechatronic synthesis for piezoelectric metamaterials
are highlighted. In the second effort, taking advantage of the tunable
nature of piezoelectric circuitry, a new adaptive piezoelectric impedance
based damage identification methodology is formed, which combines tunable
circuitry synthesis with first-principle modeling, multi-objective optimization,
and reinforcement learning. The talk is concluded by outlining remaining
challenges and opportunities. |
05-Aug, 2024 18:00-19:30
Venue: Nihon University, Surugadai campus
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06-Aug, 2024 18:00-20:00
Venue: Tokyo Garden Palace (1-7-5 Yushima, Bunkyo-ku, Tokyo 113-0034 Japan)
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E-mail:
movic-apvc2024(at)jsme.or.jp
