Program for PF24, May 19-23, 2024
Hangzhou, China
Dragon Hotel (杭州黄龙饭店)th

May 19Registration
Desk Open
10:00-20:00
Welcome
Reception(18:0020:00)

th

st

May 20Plenary Talks(9:00-17:00)
CrystalBallroom
PosterSessionnd

May 21

May 22

14:0018:00

rd

May 23

13:3018:00

8:3012:10

Topic 1

Topic 1

Topic 1

Topic 1

Pearl
Room 1

Topic 2aTopic 2aTopic 2aTopic 2aPearl
Room 2

Topic 2b

Topic 2b

Topic 2b

Topic 4

Topic 3Topic 4

Topic 4Bauhinia
Room 2

Topic 5Topic 5Topic 3Topic 5

SpringRoomSocialActivities

Topic 1-Solidification and additive manufacturing (Page 3)
Topic 2a- Solid state processes in functional materials (Page 5)
Topic 2b- Solid state processes in structural materials (Page 7)
Topic 3-Electrochemical reactions, corrosion, and oxidation (Page 10)
Topic 4-Brittle and ductile fracture (Page 12)
Topic 5-New method development, integration with ML, et al. (Page 14)
Poster Session (Page 16)
stBanquet is scheduled on the May 21 (18:30-20:30) in Crystal Ballroom.

1

8:3012:10

Room

8:3012:10

Topic 2b

14:00

Departure

Bauhinia
Room 1Plenary Talks
Crystal Ballroom, May 20th, Monday (9:00-17:00)

Time

9:00-9:30

9:30-10:20

Title

Speaker

Opening Ceremony
Opening Speech by Prof. Yunzhi Wang
Welcome Speech by Local Hosting Organization
Materials and Processes as
Understood by Phase-Field
Simulations: Solidification, Solid
State Transformation, and HighTemperature Creep

Ingo Steinbach(Ruhr-University Bochum)

Chair

Jie WangYong Du

Coffee Break

10:50-11:40

14:00-14:50

14:50-15:40

Recent Progress in the Applicationof Phase-Field Models to MultiNele Moelans
Phase and Multi-Component Alloy(KU Leuven)
Microstructure Evolution
Lunch
Development and Application of
Phase-Field Models for
Katsuyo Thornton
Microstructure Evolution under(University of Michigan)Complex Processing Conditions
Opening New Horizons in thePrediction of EnvironmentallyEmilio Martinez-Paneda
Assisted Material Degradation:(University of Oxford)
Phase Field Models for Hydrogen
Embrittlement and Corrosion

Yuhong Zhao

Damien Tourret

Baixiang Xu

Coffee Break

16:10-17:00

Materials/Mechanics-GPT and theIntegration of Artificial Intelligencewith Phase-Field Simulations

2

Tong-Yi Zhang(Hong Kong University of
Science and Technology Guangzhou)

Long-Qing Chen

Parallel Oral Sessions
Topic 1. Solidification & Additive Manufacturing
Time

Speaker

Affiliation

Title

Pearl Room 1, May 21, Topic 1-I, Chair: Damien Tourret
8:30-9:00

Tomohiro
Takaki

Kyoto Institute ofTechnology

9:00-9:30

Mathis Plapp

Ecole Polytechnique

9:30-9:50

RaphaelSchiedung

The InterdisciplinaryCentre for Advanced
Materials Simulation

9:50-10:10

TamÁSPusztaiPhase-Field Modeling and Simulation of
Fragmentation and Deformation During
Solidification
Phase-Field Modeling of Dendritic Growth in
Crytals with Strongly Anisotropic Surface Free
EnergyMobility Corrections in Phase-Field Models forMaterial Solidification

Wigner Research
Exploring Equilibrium and Steady-State Solutions
Centre for Physics
with Elliptic PDE Solvers
Coffee BreakPearl Room 1, May 21, Topic 1-II, Chair: Mathis Plapp
Phase-Field Modelling of Dendrites andPrecipitates to Guiding Alloy Design and Process
Optimization

10:30-11:00

Yuhong Zhao

University of Scienceand Technology Beijing

11:00-11:30

Xiaofeng
Yang

University of South
Carolina

Efficient Numerical Algorithms for the Phase-Field
Dendritic Model

11:30-12:00

Mohsen Asle
Zaeem

Colorado School of
Mines

Integrating Machine Learning with AtomisticInformed Phase-Field Simulations for Prediction of
Microstructures During Rapid Solidification

13:30-14:00

14:00-14:30

14:30-14:50

14:50-15:10

Pearl Room 1, May 21, Topic 1-III, Chair: Qingcheng Yang
Cracking Mechanism of GH3536 Superalloy During
Jincheng
Northwestern
Directed Energy Deposition Additive
Wang
Ploytechical University
Manufacturing
Nanjing University of
Phase-Field Modeling from Additive Manufacturing
Min YiAeronautics andMicrostructure Evolution to Aerospace Structures
Astronautics
Guillaume
Boussinot

Leiji Li

Access E.V.

Pattern Formation in Additively Manufactured
Binary Al-Ni And Ternary Al-Ni-Ce Eutectic Alloys

Shanghai Jiao Tong
University

Quantitative Phase Field Modeling ofMorphological Evolution in The Rapid Directional
Solidification Under Additive Manufacturing
Conditions

3

Temperature Dependence of Free Energies in A
Phase Field Model for Selective Laser Melting of Tin
Powder on Copper Substrate
Coffee BreakPearl Room 1, May 21, Topic 1-IV, Chair: Abhik Choudhury

15:10-15:30

UpadeshSubedi

Silesian University ofTechnology

15:50-16:20

MuraliUddagiri

Ruhr University Bochum

Microstructure Evolution of Multi-Component
Single Crystal Ni-Based Super Alloys Under
Additive Manufacturing Process Conditions

16:20-16:40

Yangyiwei
Yang

TU Darmstadt

Tailoring Material Properties Via Powder Bed
Fusion: Multiphysics-Multiscale Phase-Field
Simulations of Process-Property Relationships

16:40-17:00

Fathollah
VarnikRuhr-University
Bochum

A Phase-Field-Based Model for The Simulation of
Reactive Gas Flows in Particle Beds

17:00-17:20

Téo Boutin

Commissariat À
L'ÉNergie Atomique

17:20-17:40

Xiaoqian
Huang

Universite Claude
Bernard Lyon 1

Phase Field Model of Dissolution: Application to
Porous Media Formation
Thermodynamically Consistent Phase Field
Modeling for Freeze Crystallization in A Binary
SystemPearl Room 1, May 22, Topic 1-V, Chair: Tomohiro Takaki
8:30-9:00

9:00-9:30
9:30-9:50
9:50-10:10

10:30-11:00
11:00-11:20
11:20-11:40

11:40-12:00

DamienTourretPhase-Field Insights into Microstructure Selection
During Solidification of Hcp Mg Alloys

IMDEA Materials

Quantitative Phase-Field Modeling of NonHokkaido University
Equilibrium Interface Dynamics During Rapid
Solidification
Guillaume
Review on The Non-Diagonal Phase Field Model
Access E.V.
Boussinot
and Its Applications
Northwestern
A Continuum Phase-Field Model with Interfacial
Li YuePloytechical University
Concentration Ordering Parameters
Coffee BreakPearl Room 1, May 22, Topic 1-VI, Chair: Yuhong Zhao
Diffuse-Interface Formulations for Coupling
Abhik
Indian Institute ofProcess and Microstructure Simulations Within the
Choudhury
Science
Smooth-Boundary Framework
Mingwang
Northeastern University
Grain Texture Selection During Rapid Alloy
Zhong
- USA
Solidification
Munekazu
Ohno

Yuhan Cai

Karlsruhe Institute ofTechnology

Formation of Misoriented Lamellar Microstructuresin Mo-Si-Ti Alloy: A Phase-Field Study

V. B. Rajkuma

Central South
University

Phase-Field Simulation of Eutectic Solidification
Microstructures in Al-Zn And Cu-Mg Systems
Integrating CALPHAD
4

Pearl Room 1, May 23, Topic 1-VII, Chair: Jincheng Wang
8:30-9:00

Qingcheng
Yang

Shanghai University

9:00-9:20

Weipeng
Chen

North University of
China

9:20-9:40

Sa Ma

Central South
University

9:40-10:00

Chuanqi Zhu

Tohoku University

A Thermodynamically Consistent Phase-FieldMicromechanics Model of Solid-State Sinteringwith Coupled Diffusion and Deformation
Temperature And Solute Diffusion In Α-Mg
Dendrite Growth of Mg-5wt.%Zn Alloy: A PhaseField Study
Parallel-GPU-Accelerated Large-Scale Quantitative
Phase-Field Simulation of Dendrite Growth for AlSi-Mg Casting Alloys
Diffuse Interface Model for Alloy Solidification
Under Non-Equilibrium Cooling Conditions

Coffee Break

10:20-10:40
10:40-11:00
11:00-11:20
11:20-11:40
11:40-12:00

Pearl Room 1, May 23, Topic 1-VIII, Chair: Murali Uddagiri
Northwestern
Applications of Phase-Field Method in The Study
Lei Wang
Polytechnical Universityof Solidification Defects Formation
Electro-Chemo Coupled Phase Field Modeling of
Kai Wang
TU-Darmstadt
Grain Growth in SrTiO3 Polycrystalline Material
Xi'an Jiaotong
Sintering of Ceramic Nuclear Fuels: Phase-Field
Wenbo Liu
University
Simulation
Sandeep
Phase Field Study of Solid-State Sintering Process
Kookmin University
Sugathanin Binary Alloys
Ayush
The University of British
Atomistically Informed Phase Field Modeling for
SuhaneColumbia
Austenite Grain Growth

Topic 2a. Solid State Processes in Functional Materials
8:30-9:00
9:00-9:30

9:30-9:50

9:50-10:10

Pearl Room 2, May 21, Topic 2a-I, Chair: Jiamian Hu
The Pennsylvania
Thermodynamic Basis for Phase-Field
Long-Qing Chen
State University
Method of Ferroelectrics
Electric-Field-Induced Crystallization of
Beijing Institute of
Houbing Huang
Hf0.5Zr0.5O2 Thin Film Based on Phase-Field
Technology
Modeling
Institute of Metal
Prediction and Observation of PolarYu-Jia Wang
Research, Chinese
Topological Domain Structures in
Academy of Sciences
Ferroelectric Thin Films
Stabilization and Control of Weakly
Sun Yat-Sen
Jianhua Ren
Correlated Polar Skyrmions In Ferroelectric
University
Thin Films
Coffee BreakPearl Room 2, May 21, Topic 2a-II, Chair: Zijian Hong5

10:30-11:00

Jie Wang

Zhejiang University

11:00-11:30

Zhong-Hui Shen

Wuhan University ofTechnology

11:30-11:50

Ke Xu

Beijing Institute ofTechnology

13:30-14:00
14:00-14:30
14:30-14:50

14:50-15:10

15:10-15:30

15:50-16:20
16:20-16:40
16:40-17:00

17:00-17:20

8:30-9:00

9:00-9:30

9:30-9:50

Phase Field Modeling of Topological Domain
in Ferroelectric and Ferromagnetic Materials
Phase-Field Programming Polarity
Heterogeneity of Energy Storage Dielectrics
by Bidirectional Intelligent Design
Insight into Domain Structure and Energy
Storage Properties of Antiferroelectric Via
Phase-Field Methods

Pearl Room 2, May 21, Topic 2a-III, Chair: Houbing Huang
Université ParisModeling of The Electrical Resistivity of
Yann Le Bouar
SaclayMicrostructures
Zijian Hong
Zhejiang University
Phase-Field Simulations of Polar Skyrmions
The Role of Space Layer in Domain Dynamics
Ren-Ci Peng
Xidian Universityof Hf0.5Zr0.5O2 Thin Films Via Phase-Field
Simulations
Multi-Field Manipulation of TopologicalBeijing Institute of
Shiyu Tang
Domains on BFO Nano islands By PhaseTechnology
Field Simulations
The Hong Kong
Effect of Grain Size on The Electrocaloric
Xu HouPolytechnic
Properties of Polycrystalline Ferroelectrics
University
Coffee BreakPearl Room 2, May 21, Topic 2a-IV, Chair: Yann Le Bouar
Mechanical Rippling for Rich Ferroelectric
Tao XuKyoto University
Topologies in SrTiO3 Nanofilms
Zhanpeng
Thermodynamic Analysis of Stress-MediatedXiangtan University
Zhang
Electrocaloric In Ferroelectrics
Changsha University
Gibbs Energy and Phase-Field Modeling ofYinping Zengof Science andPhase Transformation Under an ExternalTechnology
Magnetic Field
Electromechanical Grain Boundary Model
Xuhui Lou
Sichuan University
with Formation Mechanism in Polycrystalline
Ferroelectrics
Pearl Room 2, May 22, Topic 2a-V, Chair: Zhong-Hui Shen
Phase-Field Study of The Strongly Enhanced
Beijing Institute of
Yu Su
Capacitive Energy Density in FerroelectricTechnology
Films with Superfine Columnar Nanograins
Phase-Field Modelling on The Phase
Xi'an Jiaotong
Xiaoqin Ke
Transition Mechanisms and Associated
University
Properties of Ferroelectric Materials
A Phase-Field Model For Ferroelectric
Karlsruhe Institute ofLing Fan
Materials—Based On The Multiphase-Field
Technology (KIT)
Approach
Coffee Break
6

Pearl Room 2, May 22, Topic 2a-VI, Chair: Yu Su
Xi'an Jiaotong
10:30-11:00
Fei LiUniversity
Harbin Institute of
11:00-11:30
Xiaoyan Lu
Technology
Guilin University of
11:30-11:50
Shuai Yuan
Electronic
Technology

8:30-9:00
9:00-9:20
9:20-9:40
9:40-10:00

10:20-10:50
10:50-11:10
11:10-11:30
11:30-11:50

The Origin of Ultrahigh Piezoelectricity in
Relaxor-Ferroelectric Solid Solution Crystals
Phase Coexistence and Critical Behaviors in
Ferroelectric Materials
Hexagonal Close-Packed Skyrmion Lattices in
Ferroelectric Ultrathin PbTiO3 Films

Pearl Room 2, May 23, Topic 2a-VII, Chair: Tiannan Yang
University of
Design of Narrowband Magnonic Terahertz
Jiamian Hu
Wisconsin-Madison
Emitter by Dynamical Phase-Field Simulation
Voltage-Controlled Magnetic DoubleBeijing Institute ofShouzhe Dong
Skyrmion States in Magnetoelectric Elliptical
Technology
Nanostructures by Phase-Field Model
Central South
Coherent Magnitude-Fluctuated Spin Waves
Yu Wang
University
Emitted by Magnetic Skyrmions
Strain Mediated Transition Between Skyrmion
Jiajun Sun
Zhejiang University
And Antiskyrmion In Ferromagnetic Thin
Films
Coffee BreakPearl Room 2, May 23, Topic 2a-VIII, Chair: Jie Wang
Shanghai Jiao Tong
Excited-State Evolution Dynamics ofTiannan Yang
University
Ferroelectric Domains: A Phase-Field Study
Phase-Field Modelling on Mechanically
Yixuan Jiang
Lanzhou University
Induced Phase-Transition in PMN-0.3PT
Single Crystal
The Origin of The Chiral Phase Transition in
Sizheng Zheng
Zhejiang University
Ferroelectric/Dielectric Superlattices
Evolution of Domain Structures in Flexible
Beijing Institute of
Changqing Guo
Ferroelectric Thin Film Systems by PhaseTechnology
Field Simulations

Topic 2b. Solid State Processes in Structural Materials
8:30-9:00
9:00-9:30

9:30-9:50

Bauhinia Room 1, May 21, Topic 2b-I, Chair: Qingping Sun
Southwest Jiaotong
Phase Field Simulation on The Functional
Guozheng Kang
University
Properties of Shape Memory Alloys
Microstructure Evolution and HighJiaming Zhu
Shandong University
Performance Design of Materials Via Phase
Field Simulations
Interdisciplinary
Phase-Field Simulation Framework forCentre For Advanced
Hesham Salama
Modeling Martensite and Bainite Formation
Materials Simulationin Steel(ICAMS)7

9:50-10:10

Hongwei Zhang

Northeastern
University

Morphological Evolution of Ferrite-Austenite
Interface and Cementite Grains in Divorced
Eutectoid Transformation of Fe-1.05wt%C
Alloy

Coffee BreakBauhinia Room 1, May 21, Topic 2b-Ⅱ, Chair: Guozheng Kang
Qingping Sun

The Hong Kong
University of Scienceand Technology

Development of Ultrahigh Fatigue Life ShapeMemory Alloys for Solid-State Refrigeration
Technology: Challenges and Opportunities

Hong-Hui Wu

University of Scienceand Technology
BeijingPhase Field Simulation Study on
Microstructure Evolution of Low Carbon Steel

11:30-11:50

Ben Niu

Dalian University ofTechnology

11:50-12:10

Qianglong Liang

Xi'an Jiaotong
University

10:30-11:00

11:00-11:30

13:30-14:00

14:00-14:30

14:30-14:50

14:50-15:10

Disorder-Order Transformation and PhaseFiled Simulation of Coherent B2/L21 Phase in
Irradiated BCC Fe-Cr-Al Alloys
Fatigue-Resistant Elastocaloric Effect inHypoeutectic Tini58 Alloy with
Heterogeneous Microstructure

Bauhinia Room 1, May 21, Topic 2b-III, Chair: Rongpei Shi
Dual-Mesh Crystal Plasticity Finite Element
Shanghai Jiao Tong
Yao Shen(CPFE) – Phase Field (PF) Coupled Model For
University
Dislocation And Twin Plasticity
Deformation Mechanism of Dual
Southwet Jiaotong
Heterogeneous Materials: A Combined
Xu Zhang
University
Crystal Plasticity FEM and Phase Field
Modeling
A Phase Field Model for The Motion of The
Xiamen University of
Xiaohua Niu
Prismatic Dislocation Loops by Both Climb
Technology
and Self-Climb
Hong Liu

Shanghai Jiao Tong
University

Multiscale Simulation Study on Precipitation
Behavior in Light Alloys

Coffee BreakBauhinia Room 1, May 21, Topic 2b-IV, Chair: Yao Shen
15:50-16:20

16:20-16:50

16:50-17:10

Rongpei Shi

Harbin Institute ofTechnology(Shenzhen)

Origin of Morphological Variation of Grain
Boundary Precipitates in Metallic Alloys

Tianlong Zhang

The Hong Kong
University of Scienceand Technology

Design of Compositionally Modulated Strong
Yet Ductile Ti Alloys

Mengyuan Hao

Northwest Instituteof Nonferrous Metals

Heterogeneous Precipitate Microstructure
Design In Β-Ti Alloys By Regulating The
Cooling Rate8

17:10-17:30

17:30-17:50

8:30-9:00

9:00-9:30

9:30-9:50

9:50-10:10

10:30-11:00

11:00-11:30
11:30-11:50
11:50-12:10

8:30-9:00
9:00-9:20

Xiaoke Wu

Central South
University

A Novel Nucleation Model for MultiComponent Alloys During Solid-State Phase
Transition and Its Incorporation into PhaseField Model with Finite Interface Dissipation

Jakub Mikula

Institute of HighPerformance
Computing, Agency
for Science,
Technology andResearchPhase Field Model of Heat Treatment andStrenghtening In Maraging Steel

Bauhinia Room 1, May 22, Topic 2b-V, Chair: Saswata Bhattacharya
Grain Boundary Engineering Using SelfYipeng Gao
Jilin University
Organized High-Index Twins: A Phase Field
Study
Phase-Field Cosserat Crystal Plasticity
UniversitÉ De
Benoit Appolaire
Towards Modelling Nucleation in
Lorraine
Recrystallization
Phase Field Modeling and Stress Field
Analyses of Twin-Twin, Twin-Grain Boundary
Haipeng Li
Jilin University
Reactions Mediated by Disclinations In Mg
AlloysAnalytical Solution and Phase Field
Yongsi Wei
Jilin University
Simulations of Stress Fields Associated with
Twin-Twin Reactions in Mg Alloys
Coffee BreakBauhinia Room 1, May 22, Topic 2b-VI, Chair: Benoit Appolaire
Indian Institute of
SaswataMorphology Selection in Bimetallic
Technology,
Bhattacharya
Nanoparticles: A Phase-Field Study
Hyderabad
Lattice Boltzmann-Phase Field Modeling of
Dongke Sun
Southeast University
The Coherent Hexagonal-To-Orthorhombic
Transition in The Elastic Strain Field
City University ofGrain Growth Controlled by DisconnectionCaihao Qiu
Hong KongMediated Interface Migration
A Multi-Phase Field Simulation of The Grain
Ruhr-Universität
Liu HuoGrowth in Smco Polycrystal Assisted by
BochumMagnetic Fields
Bauhinia Room 1, May 23, Topic 2b-VII, Chair: Dong Wang
Nanjing University ofThree Dimensional Phase-Field Simulation of
Yongsheng Li
Science andKinetics Evolution of Lamellar Γ-Tial Alloys
Technology
Dalian University of
Phase-Field Simulation of Coherent Γ/Γ'Jinlin Li
Technology
Microstructures In Co-Based Superalloys

99:20-9:40

Min Yang

Northwestern
Polytechnical
University

9:40-10:00

Ahmadreza
Riyahi
Khorasgani

Ruhr University of
BochumEffect of Γʹ Volume Fraction On Creep of NiBased Single-Crystal Superalloys: A View
from Evolutions of Internal Stress and Strain
FieldsPhase Field Modeling of Kirkendall Voids in A
Compositionally Graded Superalloy

Coffee BreakBauhinia Room 1, May 23, Topic 2b-VIII, Chair: Yongsheng Li
Dong Wang

Xi'an Jiaotong
University

10:50-11:10

Yuanchao Yang

Xi'an Jiaotong
University

11:10-11:30

Xiaolin Tian

North University of
China

11:30-11:50

Zheyuan Liu

Central South
University

Atomic Scale Insights into The Self-Assemblyof Alternating Aln/Tin Lamellar Nanostructure
Via Spinodal Decomposition in Altin Coating

11:50-12:10

Ali Khajezade

University of British
Columbia

Phase Field Modeling of Anisotropic Grain
Growth10:20-10:50

Phase Field Simulations Assisted Multiscale
Microstructure and Property Design of Alloys

Phase Field Investigation of The Influence ofTransformation Induced Plasticity in LathMartensite
Spinodal Decomposition MediatedMisorientation Dependence of Grain
Boundary Segregation: A Phase-Field-Crystal
Study

Topic 3. Electrochemical reactions, corrosion, and oxidation

13:30-14:00

14:00-14:30
14:30-14:50

15:30-16:00
16:00-16:20

Bauhinia Room 2, May 21, Topic 3-Ⅰ, Chair: Lei Chen
Multiphase Transformation and MechanicalCentral South
Analysis of Sn-Based Nanoparticle During
Yong Du
University
Lithiation Via CALPHAD-Guided Phase-Field
ApproachCorrosive Fracture and Its Interplay with
Kejie Zhao
Purdue University
Electrochemistry in Battery Electrodes
Voltammetric Study of Phase Separating
Indian Institute of
Umair Hussain
Materials in Li-Ion Battery Using Phase-Field
Technology Madras
Modelling
Coffee BreakBauhinia Room 2, May 21, Topic 3- II, Chair: Yong Du
Optimization of External Pressure in Pouch
University of
Lei Chen
Cell Manufacturing Through Large-Scale
Michigan-Dearborn
Phase-Field Simulations
Beijing Huairou
Electrode Microstructure Design for
Rui Zhang
Laboratory
Electrochemical Energy Storage Devices
10

16:20-16:40

Li Ting Gao

Shanghai University

Elucidating the Role of Rational Separator
Microstructures in Guiding Dendrite Growthand Reviving Dead Li

16:40-17:00

Chuanjie Cui

University of Oxford

Phase Field Modelling of Stress Corrosion
Cracking

8:30-9:00

9:00-9:20

9:20-9:40

9:40-10:00

10:20-10:50

10:50-11:10

11:10-11:30

Spring Room, May 22, Topic 3- III, Chair: Geng Zhang
Phase-Field Formulation for Predicting Void
Ying Zhao
Tongji University
Evolution at The Li--Electrolyte Interface in
All-Solid-State Batteries
A Computational Model for Examining theSilesian University of Role of Externally Applied Stress on Dendrite
Sachin Poudel
Technology
Growth Pattern in Solid State Lithium-Ion
Batteries
Phase Field Simulation for Crack Propagation
Yuyang Lu
Westlake University
in Polycrystaline Particles in Lithium Ion
Batteries
Max-Planck-Institut
Chemomechanical Phase-Field Modeling ofYang BaiFÜR EisenforschungPhase Transformation During Iron Oxide
Gmbh
Reduction with Hydrogen
Coffee BreakSpring Room, May 22, Topic 3- IV, Chair: Ying Zhao
Fujian Science &Technology
Improved Electrochemical Phase-Field Model
Innovation
Geng Zhang
and Its Application to Ionic Deposition andLaboratory forIntercalation
Energy Devices ofChina
A Quasi-Smooth Manifold Element (QSME)
Central SouthPan Wang
Method for Fast and Accurate Numerical
University
Simulation of Stress Corrosion
Microstructure Optimization of Dendrite
Yajie Li
Shanghai University
Inhibiting Battery Separators Via Phase-Field
Modeling

Topic 4. Brittle and Ductile Fracture
8:30-9:00

Bauhinia Room 2, May 21, Topic 4-Ⅰ, Chair: Yong Ni
South China
A Generalized Phase-Field Cohesive Zone
Jianying Wu
University ofModel for Fracture
Technology

119:00-9:30

9:30-9:50

9:50-10:10

10:30-11:00
11:00-11:20
11:20-11:40

11:40-12:00

8:30-9:00
9:00-9:20

9:20-9:40

9:40-10:00

10:20-10:50

Bai-Xiang Xu

TU Darmstadt

Cohesive Phase-Field Chemo-MechanicalModeling of Inter- and Trans- Granular
Fracture of Polycrystalline Materials:
Application in Lithium Ion Battery CathodeMaterials
Fracture of Porous Media with Thermally
Driven Healing of Damage: From
Peridynamics To Phase Field Formulations

Friedrich-AlexanderUniversität ErlangenNÜRnberg
GuangdongTechnion-Israel
Crack Path Selection in Brittle Anisotropic
Bin Li
Institute ofMaterials
Technology
Coffee BreakBauhinia Room 2, May 21, Topic 4- II, Chair: Bai-Xiang Xu
University of Science
Phase Field Modeling of Some Crack Path
Yong Niand Technology ofProblems
China
On the Coupling of Fracture and Dielectric
Yong Zhang
Tongji University
Breakdown in Piezoelectric Materials
Northeastern
Mixed-Mode Crack Opening Computation in
Lin Chen
University
The Phase Field Method
Phase-Field Investigation on The Effect ofNorthwestern
Grain Size on The Propagation Behavior of
Qionghuan Zeng
PolytechnicalIntergranular Corrosion Cracks in Austenitic
University
Stainless Steels
Shucheta
Shegufta

Bauhinia Room 2, May 22, Topic 4- III, Chair: Zhanli Liu
Shanghai Jiao Tong
A Scheme for Crack Nucleation in The Phase
Yongxing Shen
University
Field Approach to Brittle Fracture
Northwestern
A Length Independent Regularized Phase
Yuanfeng Yu
PolytechnicalField Model for Brittle and Quasi-Brittle
University
Fracture
South China
Phase-Field Modeling of Storage Particle
Tao Zhang
University of
Delamination and Electrolyte Cracking inTechnology
Cathodes of Solid-State Batteries
A Variationally-Consistent Phase-Field
Cohesive Zone Model for Mixed-Mode
Pei-Liang Bian
Hohai University
Fracture Based on Energy Decomposition
SchemeCoffee BreakBauhinia Room 2, May 22, Topic 4- IV, Chair: Jianying Wu
Integrated Modeling of Microstructural andShanghai Jiao Tong
Pengyang Zhao
Micromechanical Evolution Subjected to
University
Thermal-Mechanical Loadings

12

10:50-11:10

Xiaofei Hu

Dalian University ofTechnology

11:10-11:30

Wenxiang Shi

Southwest Jiaotong
University

11:30-11:50

Shuo Yang

11:50-12:10

Ye Feng

8:30-9:00

9:00-9:20

Shanghai Jiao Tong
University
Northwestern
Polytechnical
University

Bauhinia Room 2, May 23, Topic 4- V, Chair: Pengyang Zhao
Reveal the Mixed Tensile-Shear Ductile
Zhanli Liu
Tsinghua University
Fracture of Impulsively Loaded Metal Plates
by Developing A Phase-Field Fracture Model
Yudong Ren

Tongji University

9:20-9:40

Wanxin Chen

The Technical
University ofDarmstadt

9:40-10:00

Yuanyuan Wang

Dalian University ofTechnology

10:20-10:50

10:50-11:10

11:10-11:30

11:30-11:50

11:50-12:10

Mesoscopic Phase Field Modelling ofProgressive Damage in Hydroxyl-TerminatedPolybutadiene (HTPB) Propellant of Solid
Rocket Motor
A Diffusional-Mechanically Coupled Phase
Field Model of Shape Memory Alloys in
Hydrogen-Rich Environment
An Acceleration Scheme for The Phase Field
Fatigue Fracture Simulation
Phase-field method of cohesive fracture:
mixed-mode cohesive law and frictional
contact

Physically Consistent Nonlocal Macro-MesoScale Damage Model for Brittle Fracture
Cohesive Phase-Field Fracture Simulation of
Wetting Impact on Chemo-Mechanical Bulk
and Interfacial Damage: Application in Li-Ion
Battery Cathode Materials
Phase-Field Modeling of Crack Propagation
Assisted by Irradiation Environment in
Tungsten

Coffee BreakBauhinia Room 2, May 23, Topic 4- VI, Chair: Yongxing Shen
A Thermodynamic Consistent Phase Field
Harbin Institute ofModel for The Fracture of Micropolar
Hongjun Yu
Technology
Medium Considering the Tension-Torsion
Coupling Effect
Phase-Field Modeling of Crack Propagation
Karlsruhe Institute ofLukas Schöller
Considering Multi-Crack Order Parameters
Technology (KIT)and Mechanical Jump Conditions
Numerical Study of Multiple HydraulicTaiyuan University ofFractures Propagation in Poroelastic Media
Zaiyong Wang
Technology
Based on Energy Decomposition Phase Field
MethodA Phase-Field Model for The FractureSouthwest Jiaotong
Chang Liu
Behavior of Ferroelectric Materials with
University
Flexoelectric EffectFucheng Tian

Hokkaido University

13

Dynamic instability of rapid fracture in soft
materials

Topic 5. New Method Development
8:30-9:00

Spring Room, May 21, Topic 5-I, Chair: Daniel Schneide
UniversitÉ ParisA New FFT-Based Mechanical Solver for
Alphonse FINEL
SaclayAbrupt Interfaces

9:00-9:30

Ken Elder

Oakland University

Moire Patterns, Dislocations and Defects in
Graphene and Hexagonal Boron (Hbn) Layers

9:30-9:50

Bohyun Yoon

Kyung Hee
University

Anisotropic Grain Boundary Properties in
Grain Growth Modelling: A Phase-Field
Approach Using Spherical Gaussian Function

Rice University

Accelerating Microstructure Evolution
Simulations with Convolutional and Graph
Neural Networks with Adaptive
Spatiotemporal Resolution

9:50-10:10

Ming Tang

Coffee BreakSpring Room, May 21, Topic 5-II, Chair: Ken Elder
10:30-11:00

Lijun Zhang

Central South
University

11:00-11:20

Dong-Uk Kim

Kookmin University

11:20-11:40

Qing Wang

Dalian University ofTechnology

11:40-12:00

Peng Wu

Harbin Institute ofTechnology

Phase-Field Modeling of Microstructure
Evolution: Ready for Materials Design?
An Efficient Phase Field Approach to Growthof Stoichiometric Compounds of AluminumAlloysDesign and Evolution of Coherent
Microstructure In BCC/B2 High-Entropy
Alloys Via the Cluster-Formula Approach andPhase-Field Method
Multi-Scale Simulation of Voids Migration at
Cu-Sn Interface Under Electromigration
EffectSpring Room, May 21 Topic 5-III, Chair: Lijun Zhang
13:30-14:00

Daniel Schneide

Karlsruhe Institute ofTechnology

14:00-14:30

Pil-Ryung Cha

Kookmin University

14:30-14:50

Nanxi Chen

Tongji University

14

Chemo-Elastic Benchmarks in The Context of(Multi)Phase-Field Modeling
Development Endeavors of Microstructure
Prediction Models at The ICAPE (Integrated
Computer-Aided Process Engineering)
Center for Structural Materials
Solving Phase Field AC-CH Equations Using A
Novel PF-Pinns Framework14:50-15:10

Anil Kunwar

Silesian University ofTechnology

Unveiling New Horizons in Materials Interface
Understanding Through the Synergy of Phase
Field Simulations and Machine Learning
Techniques

Coffee Break

15:30-16:00
16:00-16:30

Spring Room, May 21, Topic 5-IV, Chair: Alphonse FINEL
MarcoCoarse-Grained Phase Field Crystal Modeling
TU-Dresden
Salvalaglio
of Elasticity and Defects
Jianshan Wang

Tianjin University

16:30-16:50

Di QiuShanghai University

16:50-17:10

Lan Shang

Zhejiang Lab

8:30-9:00
9:00-9:30

9:30-9:50

9:50-10:10

10:30-11:00

11:00-11:20

11:20-11:40

Modelling Polymorphic Transformations and
Debonding of Bacterial Filagellar Filaments
Predicting Grain Boundary Dislocation
Structures Using Microscopic Phase-Field
Model and Neural Networks
Physics-Informed Neural Networks for The
Phase-Field Simulation of Ferroelectric
Microstructure Evolution

Spring Room, May 23, Topic 5-V, Chair: Akinori Yamanaka
Beijing Institute of
Design of Titanium Alloy for Aero-Engines
Namin Xiao
Aeronautical
Using an ICME Framework
Materials
Wayne State
Modeling Two-Dimensional Layered
Zhi-Feng Huang
University
Materials Via Phase Field Crystal Method
GuangdongConnecting Contiuum And Quantum
Technion - Israel
Nan Wang
Mechanical Eletromigration Theories at
Institute of
Mesoscale Using Phase Field Crystal Method
Technology
Phase-Field Model for CALPHAD Coupling :Yokohama National
Takumi Morino
Closed-Form Expression for The Interface
University
Composition Satisfying Local Equilibrium
Coffee BreakSpring Room, May 23, Topic 5-VI, Chair: Namin Xiao
Tokyo University of
Akinori
Bayesian Data Assimilation-Integrated
Agriculture andYamanaka
Phase-Field Modeling of Fracture
Technology

Sen Liu

Vincent Feyen

Shanghai Jiao Tong
University

Asymptotic Homogenization Framework for
Fracture of Heterogeneous Materials Basedon The Phase Field Approach

KU Leuven

Scale-Bridging Quantitative High Driving
Force Phase-Field Model Applied To The Β
To Α Phase Transformation In Pure Titanium

15

Poster Session
No.

Presenter
Affiliation
P1. Solidification & Additive Manufacturing

Title

P1-1

RaphaelSchiedung

ICAMS - The
Interdisciplinary Centre
For Advanced
Materials Simulation

P1-2

Wenhang Ning

University of Scienceand Technology Beijing

Evolution of Iron-Rich Phase During Solidificationof Al-Si-Fe Alloys

Shunsuke Kanki

Kyoto Institute ofTechnology

Estimation of Solid-Liquid Interfacial Properties inPure Metal Solidification by Integrating PhaseField with Molecular Dynamics Simulations Using
Data Assimilation

P1-4

Namito Yamanaka

Kyoto Institute ofTechnology

Multi-Phase-Field Lattice Boltzmann Modelingand Systematic Simulations for Semi-Solid
Deformation

P1-5

Konosuke Lkeda

Kyoto Institute ofTechnology

Multi-Phase-Field Lattice Boltzmann Modeling ofMicrostructure Evolutions Affected by Melt Pool
Flow During Powder Bed Fusion

P1-6

Yuki Takahashi

Kyoto Institute ofTechnology

Efficient Large-Scale Simulations of Multi-PhaseField Method for Various Scanning Strategies in
Metal Additive Manufacturing

P1-7

Ayano Yamamura

Kyoto Institute ofTechnology

Data Assimilation For Precise Evaluation of
Columnar Dendrite Growth Via Phase-Field
Method–X-Ray Tomography Integration

P1-8

Murali Uddagiri

Ruhr University
BochumPhase Field Simulation of Eutectic Solidification ofa Multi-Phase Multicomponent Al-Based Alloy

P1-9

Wout Mertens

KU Leuven

Unraveling Cooling Rate Impact on Ti Phase
Transition: Integrated Simulations andExperiments

P1-10TamÁS Pusztai

Wigner ResearchCentre For Physics

Phase-Field Modeling of Unconventional
Morphologies Formed in Biomineralizing Systems

P1-11

Hao Wang

Clausthal University ofTechnology

Statistical Mechanics Informed Phase Field
Modelling of Li2SiO3 Solidification from The
Li2O-Sio2 Melt

P1-12

Heran Wang

Xi’an Jiaotong
University

Phase-Field Simulation of The Effect of Stress
Field on Pseudospinodal Decomposition

P1-13

Shinji Sakane

Kyoto Institute ofTechnology

Systematic Evaluation of Settling Equiaxed
Dendrite During Solidification by The Phase-Field
Lattice Boltzmann Simulations

P1-14

Yuanzuo Wang

Beijing University ofTechnology

Phase Field Approach to Stress Corrosion Crack of
Elastoplastic Solid

P1-15

Siqin Liu

Beihang University

Phase Field Modeling of Transcrystalline Growth
During Additive Manufacturing of SemiCrystalline Thermoplastic Polymer Composites

Ying Gao

Xi'an University ofTechnology

Atomistic Investigation of Coarsening Kinetics ofSupported Nanoparticles Using the Phase Field
Crystal Model

P1-3

P1-16

16

Openphase Studio: The Microstructure Simulation
SuiteP1-17

Yashan Zhang

Northwestern
Polytechnical University

Mechanism of grain boundary angle onsolidification cracking in directed energy
deposition Hastelloy X superalloys

P2. Solid State Processes in Structure and Functional Materials
Xlin-Wei Wu

Tianjin University

An Electro-Thermo-Mechanical Coupling PhaseField Model of Defect’S Evolution Induced By
Electromigration In Interconnects

P2-2

Wenkui Yang

North University of
China

Dislocation Loop and Irradiation-Induced
Synergistic-Competitive Mechanism in Cu-Rich
Precipitates: A Phase-Field Study

P2-3

Hassaan Ali

Hongik University

Phase Field Modeling of Strain Induced Phase
Transformations in Mote2

P2-4

Xiong Shuai

Jiangxi University of
Science andTechnology

Simulation of Microstructure Evolution andResponse of Mechanical Properties and Corrosion
Resistance of Aluminum Alloy in Early Aging

P2-5

Liqiang He

Xi'an Jiaotong
University

Large Electrostrain With Nearly-Vanished
Hysteresis in Eco-Friendly Perovskites by Building
Coexistent Ferroelectric Glasses

P2-6

Aoi Nakazawa

Kyoto Institute ofTechnology

Continuous Simulation from Powder Compaction
to Sintering Using High-Performance MultiPhase-Field Computing

P2-7

Juan Zhang

Southwest Jiaotong
University

A Phase-Field-Finite-Element Simulation on
Ratchetting of Medium Manganese TRIP Steel

P2-8

Shenglong Wang

Nanjing University of
Science andTechnology

Morphology and Phase Boundary Evolutions of
Co-Based Superalloy with Lattice Mismatch Strain

P2-9

Zhiheng Luo

Guangdong TechnionIsrael Institute ofTechnology

Effects of Space Charge on Freestanding
Ferroelectric Thin Films

P2-10

Tianjiao Dong

Xi'an Jiaotong Universit

Phase Field Simulations for The Crossover from
Sharp Martensitic Transformation into Smooth
Strain Glass Transition by Fine Precipitates

P2-11

Yunting Su

Xi'an Jiaotong
University

Computer Simulations for Shuffle-Regulated
Strain Glass Transition in Compositionally
Modulated Ti-Nb Alloys

P2-12

Jianwei Li

Xi'an Jiaotong
University

Effects of External Stress On Microstructure
Evolution In Γ-Tial Alloys By Phase Field Method

P2-13

Tianmeng Zhang

Guangdong Technion– Israel Institute ofTechnology (GTIIT)

Exploring the Role of Dislocations in Solid-State
Dewetting Through Phase Field Crystal Method

Jilin University

A Disclination-Based Theory of Twin-Twin
Reactions: Complete Analyses of SymmetryCorrelated Deformation Pathways, Twinning
Disclination Generation and Resulting Stress
Concentration

P2-1

P2-14

Jiyuan Ding

17

Study on Interfacial Dislocation Network
Transition and Formation Mechanism in Van Der
Waals Heterojunctions

P2-15

Silong Quan

East China University ofTechnology

P2-16

Yuefeng Sheng

Shanghai
University/China

Phase Field Method Study on The Microscopic
Mechanism of Twinning and Dislocaions In MnCu Damping Alloys

Chunfeng Du

Jilin University

A Lie-Algebra-Based Description of Disclination
Densities and The Quantification of Partial
Disclinations In Deformed Polycrystalline Metals

P2-18

Meixiong Zhu

Institute of
Metal,Research
Chinese Academy of
Sciences

Enhancing Energy Storage Performance in Bifeo3
Films Via Oxygen Vacancies and Strain
Engineering

P2-19

Zhenzhi Liu

Shanghai University

An Integrated Simulation Scheme to Predict
Microstructural Evolution and Creep Behavior for
A Nine-Component Ni-Based Superalloy

Kohta Kasai

Kyoto University

Quasiparticle-Like Structures and Behaviors ofMagnetic Skyrmion Lattice Defects from PhaseField Simulations

P2-21

Huimei Li

Institute of
Metal,Research
Chinese Academy of
Sciences

Electric-Field-Induced Topological Transition in
Pbtio3/Srtio3 Superlattice

P2-22

Xi LiuCentral South
University

Phase Field Simulation of Grain Ripening During
Liquid Phase Sintering of Nbc Matrix Cermets

P2-23

Yiqi Guan

Central South
University

Phase-Field Simulation of Core-Rim Structure
During Early Sintering in Tic-WC-Ni Cermet

P2-24

Hong Mao

Hunan Institute of
Science andTechnology

Strain-Induced Grain Boundary Migration andGrain Rotation in Polycrystalline Metals: AtomicAnd Meso-Scale Phase Field Simulations

P2-25

Jiachen Hu

Southwest Jiaotong
University

Plastic Deformation of Magnesium Single Crystal:
A Crystal Plasticity Coupled Twinning Phase Field
Simulation

P2-26

Rongpei Shi

Harbin Institute ofTechnology(Shenzhen)

The Influence of Particle Size and Its Distribution
on Microstructure Evolution and Densification
Kinetics During Sintering - A Phase-Field
Simulation Study

P2-27

Dan SunNuclear Power Instituteof China

Phase-Field Simulation of Recrystallization
Coupling Bubble Evolution During Irradiation in
UO2

P2-28

Bo Xu

Sichuan University

Toward Tunable Functional Properties of Niti
Shape Memory Alloys by Grain Size Engineering:
A Phase Field Study

P2-29

Ming Zhao

Sichuan University

Total Internal Reflection of Shear Waves In
Elastic/Dielectric Elastomer Bi-Materials

P2-17

P2-20

P3. Electrochemical Reactions, Corrosion and Oxidation

18

P3-1

Jiachen Wang

North University of
China

P3-2

Haodong Zhang

Karlsruhe Institute forTechnology

Phase-Field Simulation of Interface Growth ofMagnesium Metal Anodes During
Electrodeposition
Thermodynamics of Dielectric Materials

P4. Brittle and Ductile Fracture
P4-1

Zhipeng Yao

Friedrich-AlexanderUniversität ErlangenNÜRnberg

P4-2

Wenquan Zhou

Northwest A&F
University

Investigations into The Deformation Behavior ofGraphene Loops by Using Phase Field Crystal
Model

Xin Li

Nanjing University of
Aeronautics andAstronautics

A Phase-Field Fracture Model for Fatigue
Behavior in Fiber-Reinforced Composites
Considering Anisotropic Fatigue Effects

P4-3

A Phase Field Model for Interface Sliding andInterface Failure Parameterized by DFT Data

P5. New Method Development and Integration with ML.
P5-1

Zhaobo Liu

Beijing Institute ofTechnology

Electric-Field-Induced Crystallization of
Hf0.5Zr0.5O2 Thin Film Based on Phase-Field
Modeling

P5-2

Hwanwook Lee

Hongik University

Phase-Field Simulation of Thin Film Deposition
and Crystallization

P5-3

Woojin Jung

Kyunghee University

Advanced Phase-Field Modeling of Constituent
Redistribution In U-Zr Fuel Considering Fission
Gas

P5-4

Yechan Kim

Hongik University

Multiphysics Modeling of Thermal Disturbance inThree-Dimensional Phase-Change Memory

P5-5

Yao Yang

Zhejiang Lab

Deep Multi-Task Learning with Multi-Scale
Features for Metal-Organic Framework Properties
Prediction

P5-6

Hongwen Zhang

Zhejiang Lab

Predicting Crystal Material Property by Combining
Composition and Structure

P5-7

Hongmin Zhang

Karlsruhe Institute ofTechnology

Effect of Wall Free Energy Formulation on The
Wetting Phenomenon: Conservative Allen-Cahn
Model

P5-8

Xin SU

Guangdong TechnionIsrael Institute ofTechnology

Modeling Grain Boundary Motion Driven byElectric Current

P5-9

Ingo Steinbach

Ruhr-University
BochumQuantum Phase Field

P5-10

Liu Xi

Dalian University ofTechnology

A Quantitative Phase-Field Model of Gas Bubble
Evolution in Phase Boundary of Uranium-Based
Fuels

P5-11

Jiajun Zhao

Dalian University ofTechnology

Three-Dimensional Phase-Field Modelling of
Fission Gas Resolution Effect on Nano-Sized
Bubble Formation in UO2Xuejian WangFriedrich-Alexander
University of ErlangenNÜRnberg

An Extended Phase-Field-Drift-Diffusion Modelfor Oxygen Vacancy Migration in Single-Crystal
Barium Titanate

P5-12

19

P5-13

Meiling He

Central South
University

P5-14

Xiaoxiao Chen

Wuhan University ofTechnology

20

Determination of Elastic-Plastic Parameters of
Binder Phase in Cemented Carbide Using
Nanoindentation And Finite Element Simulation
Programming Polarity Heterogeneity of Energy
Storage Dielectrics by Bidirectional Intelligent
Design