• Special session 1
Organizer: Ngo Minh Chu, National Institute of
Advanced Industrial Science and Technology (AIST),
Japan
Title: Advanced Ceamics: Processing, Properties,
Reliability, Simulation and Applications
Short Biography of
Organizer
Dr. Ngo Minh Chu received his Ph.D. from Nagaoka
University of Technology, Japan, in 2022. He joined
AIST, Japan, in April 2022 as a postdoctoral
researcher under a NEDO project focused on
evaluation methods for next-generation ceramics used
in high-power electronic devices and electric
vehicles. Since April 2025, he has been a Researcher
at AIST Chubu Center. His research interests include
advanced ceramics, reliability evaluation,
microstructural characterization, and materials
design. Dr. Ngo has authored and co-authored 25
peer-reviewed publications and has received several
awards, including the Best Paper Award from the
Journal of the American Ceramic Society, the IEEE
EPS Young Researcher Award (ICEP 2023), and the
Engineering Ceramics Young Researcher Presentation
Award (ICC'11). He currently serves as an
International Committee Member of the American
Ceramic Society and is a member of The Ceramic
Society of Japan, and the Board of Directors of the
Vietnamese Academic Network in Japan (VANJ).
Short description of the proposed topic:
Advanced ceramics play a critical role in modern
technologies owing to their outstanding mechanical,
thermal, chemical, electrical, and functional
properties. Recent advances in processing
technologies, microstructural engineering,
characterization methods, computational modeling,
and data-driven materials design have significantly
expanded the performance and application range of
ceramic materials.
This symposium provides a forum for researchers,
engineers, and industry practitioners to discuss the
latest developments in advanced ceramics, from
fundamental materials science to practical
applications. Contributions are invited on
innovative processing routes,
microstructure-property relationships, reliability
and lifetime assessment, multiscale modeling and
simulation, artificial intelligence and digital
approaches for materials design, and emerging
applications across various engineering sectors.
Proposed topics:
●Innovative Processing
Routes and Synthesis Methods
●Novel Sintering
Technologies
●Microstructure Control
●Mechanical Properties
●Thermal Properties
●Corrosion and Oxidation
Behavior
●Reliability and lifetime
prediction and modelling
●Computational Modelling,
Simulation and Design
●Testing and Evaluation
●Oxides and Non-oxides
(Nitrides, Carbides and others)
●Ceramic Matrix Composites
(CMC)
●Coatings
●Applications
Novelty and
motivation:
Recently, rapid advances in science and technology
have created increasing demands for ceramic
materials with enhanced properties and reliability.
To address these challenges, this symposium will
bring together experts from around the world to
present and discuss the latest progress in advanced
ceramics, including processing, properties,
reliability, simulation, and applications. The
symposium will feature invited speakers from
countries with leading ceramic technologies,
providing a unique platform for international
exchange and collaboration.
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