Tuesday
76 Sessions
373 Lectures
Time
S1I01 - A01
S1I01 - A02
S1I01 - A03
S1I01 - A04
S1I01 - A1
S1I01 - A3
S1I01 - A4
S1I01 - A5
S1I03 - 23
S1I03 - 113
S1I03 - 121
S1I03 - 123
S1I03 - 125
S1I03 - 204
S1I03 - 209
S1I03 - 221
S1I03 - 223
S1I03 - 226
S1I03 - 283
8:30 AM
9:00 AM
9:30 AM
10:00 AM
10:30 AM
11:00 AM
11:30 AM
12:00 PM
12:30 PM
1:00 PM
1:30 PM
2:00 PM
2:30 PM
3:00 PM
3:30 PM
4:00 PM
4:30 PM
5:00 PM
5:30 PM
6:00 PM
6:30 PM
7:00 PM
10:25 AM–12:10 PM
P01.1:
Molecular Precursors for Polymer-Derived High-Temperature Ceramics and Coatings
1:40 PM–3:10 PM
P01.2:
Process Intensification and In Operando Monitoring for Synthesis and Processing
3:40 PM–4:55 PM
S11.1:
Hydrogen-microstructure interactions
5:10 PM–6:25 PM
S11.2:
Design of Hydrogen-resistant alloys
10:10 AM–11:55 AM
B05.1:
Advanced Biofabrication
1:25 PM–3:10 PM
B05.2:
Osseointegration and Implant Interface Engineering
3:40 PM–4:55 PM
B05.3:
Biointerfaces, Transport, and In Situ Sensing
5:10 PM–6:25 PM
B05.4:
Drug Delivery Hydrogels and Wound Care Materials
10:25 AM–12:10 PM
B03.1:
Bioinks, Supramolecular Hydrogels, and Vascularized Organs-on-Chip
1:40 PM–3:10 PM
B09.1:
Biofunctional Ceramics and Bioactive Glasses for Hard Tissue Regeneration
3:40 PM–4:55 PM
S02.1:
Design and Discovery Approaches for High-Entropy Alloys
5:10 PM–6:25 PM
S02.2:
Surfaces, Electronic Structure, and Thin-Film HEAs
10:10 AM–11:55 AM
S03.1:
Superalloys and Alternatives
1:25 PM–3:10 PM
S03.2:
Cast and Wrought Superalloys
3:40 PM–4:55 PM
S03.3:
Single-Crystal Superalloys
5:10 PM–6:25 PM
S03.4:
Refractory BCC Alloys
8:50 AM–9:05 AM
GE:
General
9:05 AM–9:40 AM
PL.1:
Plenary Lecture
10:10 AM–11:55 AM
S10.1:
Design Requirements and Qualification of Plasma Facing Materials and Components
1:25 PM–3:10 PM
S10.2:
Tungsten Microstructure, Mechanical Behaviour and Development Trends
3:40 PM–4:55 PM
S10.3:
Joining and Interfaces in Plasma Facing Materials
5:10 PM–6:25 PM
S10.4:
Additive Manufacturing of Plasma Facing Materials
10:25 AM–12:10 PM
S04.1:
High- and Medium-Mn Steels
1:40 PM–3:10 PM
S04.2:
Impuritiy and Microalloying Effects in Advanced Steels
3:40 PM–4:55 PM
S04.3:
Additive Manufacturing of Advanced Steels
5:10 PM–6:25 PM
S04.4:
Martensitic and Stainless Steels
10:10 AM–11:55 AM
P05.1:
Atmosphere Control and Plasma Deoxidation
1:25 PM–3:10 PM
P05.2:
Oxygen-Free Surface Preparation and Joining
3:40 PM–4:55 PM
P05.3:
Reactive Materials Processing and Machining in XHV-Like Atmospheres
10:10 AM–11:55 AM
SFS.1:
Scientific Alliances for Global Sustainability
1:25 PM–2:40 PM
SFS.2:
Implementing Sustainability in Research and Engineering
3:40 PM–4:55 PM
S06.1:
Defect Phases: Concepts, Experiments, and Thermodynamic Frameworks
5:10 PM–6:25 PM
S06.2:
Grain Boundary and Surface Defect States Under Load
10:10 AM–11:55 AM
I04.1:
Hydrogen-Based Ironmaking: Reduction Kinetics and Microstructure
1:25 PM–3:10 PM
I04.2:
Materials for Circular Electric Cars
3:40 PM–4:55 PM
I04.3:
Recycling of Steel
5:10 PM–6:25 PM
I04.4:
Advanced sustainable alloying concepts
10:25 AM–12:10 PM
I05.1:
High-Throughput Workflows and Data-Driven Process–Structure–Property Correlations
1:40 PM–3:10 PM
I01.1:
Reuse and Repair of Metallic Components for Circularity
3:40 PM–4:55 PM
I05.2:
Sustainable Structural Materials: Eco-Design ML and Additively Manufactured Lattices
5:10 PM–6:40 PM
I01.2:
Circularity Metrics, Recycling, and Low-Carbon Material Pathways
10:10 AM–11:55 AM
M02.1:
Thermodynamics of Intermetallics
1:25 PM–3:10 PM
M02.2:
CalPhaD-based Modeling of Solidification
3:40 PM–4:55 PM
M02.3:
CalPhaD-Database development
5:10 PM–6:25 PM
M02.4:
Thermodynamics of Interfaces and Defects
10:10 AM–11:55 AM
D10.1:
Materials Data Platforms and Integration
1:25 PM–3:10 PM
D10.2:
Ontologies, Linked Data, and Traceability I
3:40 PM–4:55 PM
D10.3:
Ontologies, Linked Data and Traceability II
5:10 PM–6:40 PM
D10.4:
AI Methods for Materials Data and Design
10:25 AM–12:10 PM
D05.1:
Symbolic Regression for Materials Modeling and Fracture
1:40 PM–3:10 PM
D07.1:
Generative and Active Learning for Materials Discovery
3:40 PM–4:55 PM
D07.2:
Microstructure-Informed Modeling and Surrogate Learning
5:10 PM–6:25 PM
D07.3:
ML Potentials and Data-Driven Functional Materials
10:10 AM–11:55 AM
C01.1:
Defects and Strain Mapping in Metallic Microstructures
1:25 PM–3:10 PM
C01.2:
AI-Enabled and Multimodal Microstructure Analytics
3:40 PM–4:55 PM
C01.3:
Advanced Electron and Spectrometric Characterization
5:10 PM–6:25 PM
C10.1:
Advanced Opto-Thermal Metrology at High Temperature
10:25 AM–12:10 PM
C06.1:
In-Situ Microstructural Analysis
1:40 PM–3:10 PM
C04.1:
Emerging Electron Microscopy and Diffraction Workflows
3:40 PM–4:55 PM
C04.2:
Operando Microscopy for Energy and Catalytic Materials
5:10 PM–6:25 PM
C04.3:
Bioinspired and Polymer/Composite Soft–Hard Interfaces
10:10 AM–11:55 AM
C02.1:
Dynamic Synchrotron Imaging Platforms and 4D Reconstruction
1:25 PM–3:10 PM
C02.2:
Operando X-Ray Imaging of Laser Additive Manufacturing and Welding
3:40 PM–4:55 PM
C02.3:
3D Imaging of Damage, Fatigue, and Diffusion-Driven Porosity
5:10 PM–6:25 PM
C02.4:
Tomography and Spectromicroscopy for Functional Materials and Sustainability
10:25 AM–12:10 PM
F09.1:
Adiabatic Shear Band Mechanisms in High-Speed Blanking and Cutting
3:40 PM–4:55 PM
F07.1:
Autonomous and Medium-Throughput Electrocatalyst Screening
5:10 PM–6:25 PM
F07.2:
Theory, Simulation and Data-Driven Exploration of Composition Space
Wednesday
78 Sessions
397 Lectures
Time
S1I01 - A01
S1I01 - A02
S1I01 - A03
S1I01 - A04
S1I01 - A1
S1I01 - A3
S1I01 - A4
S1I01 - A5
S1I03 - 23
S1I03 - 113
S1I03 - 121
S1I03 - 123
S1I03 - 125
S1I03 - 204
S1I03 - 209
S1I03 - 221
S1I03 - 223
S1I03 - 226
S1I03 - 283
8:30 AM
9:00 AM
9:30 AM
10:00 AM
10:30 AM
11:00 AM
11:30 AM
12:00 PM
12:30 PM
1:00 PM
1:30 PM
2:00 PM
2:30 PM
3:00 PM
3:30 PM
4:00 PM
4:30 PM
5:00 PM
5:30 PM
6:00 PM
6:30 PM
7:00 PM
10:25 AM–12:10 PM
S11.3:
Multiscale modelling of Hydrogen transport and embrittlement
1:40 PM–3:10 PM
S11.4:
Revealing mechanisms of Hydrogen-induced damage and embrittlement through in-situ characterization and multiscale insights
3:40 PM–4:55 PM
S11.5:
Local testing of Hydrogen sensitivity
5:10 PM–6:25 PM
S11.6:
Materials for cryogenic and polymer-based Hydrogen containment
10:10 AM–11:55 AM
B04.1:
ECM-Inspired Scaffolds and 3D In Vitro Models
1:25 PM–3:10 PM
B04.2:
Functional Bio-Based Materials: Imaging, Bioelectronics, Living Systems, and Protection
3:40 PM–4:55 PM
B07.1:
Processing Routes and Alloy Design for Biomedical Metals
5:10 PM–6:25 PM
B07.2:
Biofunctional and Antimicrobial Surface Engineering for Titanium Implants
10:25 AM–12:10 PM
S02.3:
Deformation and Strengthening Mechanisms in HEAs
1:40 PM–3:10 PM
S02.4:
Refractory HEAs: Stability and Oxidation at High Temperature
3:40 PM–4:55 PM
S02.5:
Manufacturing, Joining, and Scale-Up of HEAs
5:10 PM–6:25 PM
S02.6:
HEAs for Energy and Extreme-Environment Applications
10:10 AM–12:10 PM
S03.5:
Additive Manufacturing, Joining, and Coatings for High-Temperature Alloys
1:25 PM–3:10 PM
S03.6:
Intermetallics and Heat-Resistant Steels: FeAl, TiAl, and Al-Alloying
3:40 PM–4:55 PM
P03.1:
Materials and Processing under Space Conditions
5:10 PM–6:25 PM
P03.2:
Materials and Technologies for Lunar and Planetary Missions
8:30 AM–9:05 AM
PL.2:
Plenary Lecture
9:05 AM–9:40 AM
PL.3:
Plenary Lecture
10:10 AM–11:55 AM
S10.5:
Development Strategies and Advanced concepts for Plasma Facing Materials and Components
1:25 PM–3:10 PM
S10.6:
SiC/SiC Composites and Steels for Plasma Facing Components
3:40 PM–4:40 PM
P04.1:
Wire-Based DED Modeling, Control, and Thermal–Microstructure Coupling
5:10 PM–6:25 PM
S05.1:
Recycling and Microstructure
10:25 AM–12:10 PM
S08.1:
Additive-Manufactured Ni-Based Superalloys: Design, Creep, and Fatigue
1:40 PM–3:10 PM
S08.2:
Additive Manufacturing of Advanced Steels: Site-Specific Microstructures
3:40 PM–4:55 PM
P07.1:
Lead-Free Perovskites for Indoor PV and Solar Fuels
5:10 PM–6:25 PM
P07.2:
Oxide and Chalcogenide Photocatalysts for Solar Hydrogen and PEC
10:10 AM–11:55 AM
P06.1:
Powder Bed Fusion Microstructure Engineering
1:25 PM–3:10 PM
P06.2:
Directed Energy Deposition Process Control
3:40 PM–4:55 PM
P06.3:
Multi-Material and Graded Additive Manufacturing
5:10 PM–6:25 PM
P06.4:
AM Quality, Testing, and Post-Processing
10:10 AM–11:55 AM
S06.3:
Dislocations and Planar-Defect Phase Transformations for Strength
1:25 PM–3:10 PM
S06.4:
Defects in Intermetallics and Complex Metallic Microstructures
3:40 PM–4:55 PM
S06.5:
Defect Engineering in Ceramics, Polycrystals, and at Surfaces
5:10 PM–6:40 PM
B01.1:
Biofunctional Biomaterials and Exposure Analytics
10:10 AM–11:55 AM
I03.1:
Functional Materials Recycling
1:25 PM–3:10 PM
I03.2:
Circular and Critical Raw Materials from Secondary Resources
3:40 PM–4:55 PM
I03.3:
Polymer, Composite, Glass and Packaging Waste Recycling
5:10 PM–6:25 PM
I02.1:
Digital Twins and Scrap-Tolerant Alloy Design for Circular Aluminum
10:25 AM–12:10 PM
M04.1:
Uncertainty-Aware CPSP Data and Modeling Workflows
1:40 PM–3:10 PM
M04.2:
Inverse Design and Microstructure–Mechanics Linkages
3:40 PM–4:55 PM
M04.3:
Data-Driven Design for Energy Materials, Polymers, and Devices
5:10 PM–6:25 PM
D01.1:
Digital Twins, AI, and FAIR Data Platforms in Materials Engineering
10:10 AM–11:55 AM
M03.1:
Phase-Field Benchmarks and Coupled Numerical Frameworks
1:25 PM–3:10 PM
M03.2:
Grain Growth, Hydrogen Effects, and Defect Transport
3:40 PM–5:10 PM
M03.3:
Application-Led Phase-Field Studies in Alloys and Energy Materials
5:10 PM–6:25 PM
M05.1:
Machine-Learned Potentials and Defect–Interface Energetics
10:10 AM–11:55 AM
M06.1:
Simulation and Machine Learning for Energy Materials
1:25 PM–3:10 PM
D03.1:
AI and digital methods for materials innovation
3:40 PM–4:55 PM
D03.2:
Semantic technologies for materials, microstructures, and processing
5:10 PM–6:30 PM
D03.3:
Digital workflows for materials design
10:25 AM–12:10 PM
D09.1:
MAPs for Advanced Materials
1:40 PM–3:10 PM
D09.2:
MAP workflows
3:40 PM–4:55 PM
D09.3:
MAP Modules
5:10 PM–6:25 PM
D09.4:
MAPs for Energy Materials
10:10 AM–11:55 AM
C08.1:
Operando and In Situ Characterization of Rapid Thermal Processing in AM and Joining
1:25 PM–3:10 PM
C03.1:
Sliding-Induced Microstructure and Tribo-Oxidation Across Materials
3:40 PM–4:55 PM
C03.2:
Rail and Bearing Contacts: Running-In, WEL/WEC, and Hydrogen Effects
5:10 PM–6:25 PM
C03.3:
Surface Engineering and Coatings for Extreme Wear: From Diagnostics to Design
10:25 AM–12:10 PM
D08.1:
Data-Centric Workflows and LLM Agents for Materials R&D
1:40 PM–3:10 PM
D08.2:
ML Methods for Materials, Defects, and Process Optimization
3:40 PM–4:55 PM
D02.1:
Interoperable Research Data Infrastructures and Standards
5:10 PM–6:25 PM
D02.2:
Digital Lab Workflows, Traceability, and Applied Platforms
10:10 AM–11:55 AM
C05.1:
Advanced In Situ Nanomechanical Testing and Property Mapping
1:25 PM–3:10 PM
C05.2:
Microscale Fracture and Fatigue: Interfaces, Multilayers, and Glass
3:40 PM–4:55 PM
C05.3:
Modeling-Guided Small-Scale Plasticity and Microstructure Engineering
5:10 PM–6:25 PM
C07.1:
Operando Diffraction in Additive Manufacturing: Solidification and Stress
10:25 AM–12:10 PM
F07.3:
Microstructure and Atomic-Scale Surface Characterization
1:40 PM–3:10 PM
F07.4:
Thin-Film Libraries and Local HER Activity Mapping
3:40 PM–4:55 PM
F07.5:
Beyond Alloys: Oxide and MOF High-Entropy Surfaces
5:10 PM–6:25 PM
F12.1:
Nanostructured Hard Coatings and Nitriding
10:10 AM–11:55 AM
F11.4:
Nanoscale Characterization, Soft Magnetic Functionality, and Magnons/Spintronic
1:25 PM–3:10 PM
F11.5:
Rare-Earth-Free and Rare-Earth-Lean Hard Magnet Candidates
3:40 PM–4:55 PM
F01.1:
Electrochemical Energy Conversion and Functional Surfaces
5:10 PM–6:40 PM
F01.2:
Soft Actuation and Polymer-Based Functional Devices
Thursday
39 Sessions
200 Lectures
Time
S1I01 - A01
S1I01 - A02
S1I01 - A03
S1I01 - A04
S1I01 - A1
S1I01 - A3
S1I01 - A4
S1I01 - A5
S1I03 - 23
S1I03 - 113
S1I03 - 121
S1I03 - 123
S1I03 - 125
S1I03 - 204
S1I03 - 209
S1I03 - 221
S1I03 - 223
S1I03 - 226
S1I03 - 283
8:30 AM
9:00 AM
9:30 AM
10:00 AM
10:30 AM
11:00 AM
11:30 AM
12:00 PM
12:30 PM
1:00 PM
1:30 PM
2:00 PM
2:30 PM
3:00 PM
3:30 PM
10:25 AM–12:10 PM
S07.1:
Processing-Driven Texture and Early Deformation in Magnesium Alloys
1:40 PM–3:10 PM
S07.2:
Heat Treatment, Advanced Processing, and Durability of Magnesium Alloys
10:10 AM–11:55 AM
B02.1:
Plastic Aging, Fragmentation, and Safe-by-Design Materials
1:25 PM–3:10 PM
B02.2:
Micro- and Nanoplastics: Cell-to-Organism Biological Effects
10:10 AM–12:10 PM
S01.1:
Microstructure-Driven Fatigue, Corrosion, and Thermomechanics in Structural Alloys
1:40 PM–3:10 PM
S01.2:
High-Temperature Composites, Diffusion Bonding, and Environmental Durability
10:10 AM–11:55 AM
P03.3:
Materials and Technologies for Space Transportation
1:25 PM–3:10 PM
P03.4:
Materials and Technologies for Space Systems
8:30 AM–9:05 AM
PL.4:
Plenary Lecture
9:05 AM–9:40 AM
PL.5:
Plenary Lecture
10:10 AM–11:40 AM
P04.2:
Design, Testing, and Hybrid Post-Processing for Additively Manufactured Components
1:25 PM–2:40 PM
S05.2:
Additive Manufacturing, Consolidation and Performance
10:25 AM–12:10 PM
S08.3:
Process Chain Optimization in Metal AM: DED, WAAM, and Aging Treatments
1:40 PM–3:10 PM
S08.4:
Lightweight Alloys in AM: Aluminum Systems and Titanium Alternatives
10:10 AM–11:55 AM
P06.5:
Smart Metamaterials and Lattice Architectures
1:25 PM–3:10 PM
P06.6:
Functional Materials and Biomedical AM
10:10 AM–11:55 AM
B08.1:
Biodegradable Metals: Processing, Surfaces, and Degradation
1:25 PM–3:10 PM
B08.2:
Biodegradable Scaffolds and Preclinical Biocompatibility
10:10 AM–11:55 AM
I06.1:
Hydrogen Embrittlement and Steel Compatibility
1:25 PM–3:10 PM
I06.2:
Hydrides, Alloy Design, and Hydrogen Conversion Materials
10:25 AM–12:10 PM
M01.1:
Defects and Microstructure: Atomistics to Dislocation-Scale Modeling
1:40 PM–3:10 PM
M01.2:
Constitutive, Process, and Interface Simulation With Data-Driven Calibration
10:10 AM–11:55 AM
M05.2:
Grain Boundary Segregation, Complexions, and Migration Mechanisms
1:25 PM–3:10 PM
M05.3:
Functional and Meso-Scale Interfaces: Mechanics, Corrosion, and Energy Materials
10:10 AM–11:55 AM
D03.4:
Ontology-based interoperability for materials data systems
1:25 PM–3:10 PM
D03.5:
Data-driven simulation methods for process-microstructure-properties relationship
10:25 AM–12:10 PM
D06.1:
Semantic Workflows, Provenance, and Trust for Digital Materials Data
1:40 PM–3:10 PM
D06.2:
AI-Driven Approaches in Materials and Chemical Design
10:25 AM–12:10 PM
D04.1:
Data-Driven Alloy Design and Process Optimization in Metal AM
1:40 PM–3:10 PM
D04.2:
ML and Multiscale Descriptors for Architected AM Materials
10:10 AM–11:55 AM
C07.2:
Multimodal In Situ Probes for Extreme-Temperature and Disordered Materials
1:25 PM–3:10 PM
C07.3:
In Situ Diffraction and Microscopy for Deformation, Interfaces, and Mapping
10:25 AM–12:10 PM
F12.2:
Functional Thin Films for Thermal, Optical, and Device Interfaces
1:40 PM–3:10 PM
F12.3:
Electrochemical Thin-Film Systems and Plasma Surface Engineering