Multiphysics of polycrystalline materials
The research of this laboratory focuses on multiphysics in a broad spectrum of materials including metals, polymers and ceramics. We conduct mathematical modeling and numerical simulation of materials for functional devices such as fuel cells by coupling the mechanical behavior with other phenomena and/or bridging different scales of a phenomenon.
- #Large Scale Simulation of SOFC Stack
- #Multiphysics Formulation of Ferroelectric Materials Based on Thermodynamics and Continuum Mechanics
- #Development of CAE Method Using Physical Simulation by Artificial Intelligence
- #Ferroelastic phase transformation of LSCF based on phase-field model
- #Development of Fundamental CAE Technologies Using Quantum Computing
- #Integration of Experiments and Numerical Simulations
- #
- #Polymer
- #Ceramic
- #Microstructure
- #Mechanical Property
- #Multiphysics Analysis
- #Phase-field Model
- #Solid Oxide Fuel Cell
- #Machine Learning
- #Simulation
- #Quantum Conputing
- All
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Development of Fundamental CAE Technologies Using Quantum Computing
#Polymer#Ceramic#Quantum Conputing
-
Integration of Experiments and Numerical Simulations
#Ceramic#Machine Learning#Polymer
-
Large Scale Simulation of SOFC Stack
#Ceramic#Mechanical Property#Multiphysics Analysis#Solid Oxide Fuel Cell#Simulation
-
Ferroelastic phase transformation of LSCF based on phase-field model
#Solid Oxide Fuel Cell#Simulation#Ceramic#Microstructure#Phase-field Model
-
Development of CAE Method Using Physical Simulation by Artificial Intelligence
#Polymer#Microstructure#Mechanical Property#Machine Learning#Simulation
-
Multiphysics Formulation of Ferroelectric Materials Based on Thermodynamics and Continuum Mechanics
#Ceramic#Mechanical Property#Multiphysics Analysis#Simulation
-
Development of Fundamental CAE Technologies Using Quantum Computing
#Polymer#Ceramic#Quantum Conputing
-
Integration of Experiments and Numerical Simulations
#Ceramic#Machine Learning#Polymer
-
Development of CAE Method Using Physical Simulation by Artificial Intelligence
#Polymer#Microstructure#Mechanical Property#Machine Learning#Simulation
-
Development of Fundamental CAE Technologies Using Quantum Computing
#Polymer#Ceramic#Quantum Conputing
-
Integration of Experiments and Numerical Simulations
#Ceramic#Machine Learning#Polymer
-
Development of CAE Method Using Physical Simulation by Artificial Intelligence
#Polymer#Microstructure#Mechanical Property#Machine Learning#Simulation
-
Development of Fundamental CAE Technologies Using Quantum Computing
#Polymer#Ceramic#Quantum Conputing
-
Integration of Experiments and Numerical Simulations
#Ceramic#Machine Learning#Polymer
-
Large Scale Simulation of SOFC Stack
#Ceramic#Mechanical Property#Multiphysics Analysis#Solid Oxide Fuel Cell#Simulation
-
Ferroelastic phase transformation of LSCF based on phase-field model
#Solid Oxide Fuel Cell#Simulation#Ceramic#Microstructure#Phase-field Model
-
Multiphysics Formulation of Ferroelectric Materials Based on Thermodynamics and Continuum Mechanics
#Ceramic#Mechanical Property#Multiphysics Analysis#Simulation
-
Ferroelastic phase transformation of LSCF based on phase-field model
#Solid Oxide Fuel Cell#Simulation#Ceramic#Microstructure#Phase-field Model
-
Development of CAE Method Using Physical Simulation by Artificial Intelligence
#Polymer#Microstructure#Mechanical Property#Machine Learning#Simulation
-
Large Scale Simulation of SOFC Stack
#Ceramic#Mechanical Property#Multiphysics Analysis#Solid Oxide Fuel Cell#Simulation
-
Development of CAE Method Using Physical Simulation by Artificial Intelligence
#Polymer#Microstructure#Mechanical Property#Machine Learning#Simulation
-
Multiphysics Formulation of Ferroelectric Materials Based on Thermodynamics and Continuum Mechanics
#Ceramic#Mechanical Property#Multiphysics Analysis#Simulation
-
Large Scale Simulation of SOFC Stack
#Ceramic#Mechanical Property#Multiphysics Analysis#Solid Oxide Fuel Cell#Simulation
-
Multiphysics Formulation of Ferroelectric Materials Based on Thermodynamics and Continuum Mechanics
#Ceramic#Mechanical Property#Multiphysics Analysis#Simulation
-
Ferroelastic phase transformation of LSCF based on phase-field model
#Solid Oxide Fuel Cell#Simulation#Ceramic#Microstructure#Phase-field Model
-
Large Scale Simulation of SOFC Stack
#Ceramic#Mechanical Property#Multiphysics Analysis#Solid Oxide Fuel Cell#Simulation
-
Ferroelastic phase transformation of LSCF based on phase-field model
#Solid Oxide Fuel Cell#Simulation#Ceramic#Microstructure#Phase-field Model
-
Integration of Experiments and Numerical Simulations
#Ceramic#Machine Learning#Polymer
-
Development of CAE Method Using Physical Simulation by Artificial Intelligence
#Polymer#Microstructure#Mechanical Property#Machine Learning#Simulation
-
Large Scale Simulation of SOFC Stack
#Ceramic#Mechanical Property#Multiphysics Analysis#Solid Oxide Fuel Cell#Simulation
-
Ferroelastic phase transformation of LSCF based on phase-field model
#Solid Oxide Fuel Cell#Simulation#Ceramic#Microstructure#Phase-field Model
-
Development of CAE Method Using Physical Simulation by Artificial Intelligence
#Polymer#Microstructure#Mechanical Property#Machine Learning#Simulation
-
Multiphysics Formulation of Ferroelectric Materials Based on Thermodynamics and Continuum Mechanics
#Ceramic#Mechanical Property#Multiphysics Analysis#Simulation
-
Development of Fundamental CAE Technologies Using Quantum Computing
#Polymer#Ceramic#Quantum Conputing