6:30 PM–8:00 PM

Networking opportunity I

2 Lectures

9:00 AM–8:35 AM

General

1 Lectures

8:35 AM–9:20 AM

Key.1: Keynote Speaker Session 1

1 Lectures

9:20 AM–10:05 AM

Key.2: Keynote Speaker Session 2

1 Lectures

10:15 AM–11:00 AM

A.1: Solid-State and Extrusion-Based Aluminum Additive Manufacturing

3 Lectures

12:00 PM–1:30 PM

A.2: Alloy Design for Crack-Resistant LPBF Aluminum

6 Lectures

2:30 PM–4:00 PM

A.3: Wrought Alloy Processing: Cracking, Oxides, and Modifiers

6 Lectures

4:30 PM–5:45 PM

A.4: Porosity, Thermal Histories, and Post-Processing in LPBF Al

5 Lectures

10:15 AM–11:30 AM

B.1: 3D Tomography of Intermetallics and Damage in 6xxx Sheets

5 Lectures

12:00 PM–1:30 PM

B.2: In Situ and 4D Probing of Deformation, Recrystallization, and Phase Evolution

6 Lectures

2:30 PM–4:00 PM

B.3: Vacancies, Clusters, and Early Precipitation in Al–Mg–Si Alloys

6 Lectures

4:30 PM–5:45 PM

B.4: Precipitation Pathways in Al–Cu–Mg and Al–Cu–Li Alloys

5 Lectures

10:15 AM–11:30 AM

F.1: Localized Corrosion Initiation and Aging-Controlled Microstructures

4 Lectures

12:00 PM–1:30 PM

F.2: Intergranular Corrosion, Impurities, and Component-Scale Case Studies

5 Lectures

2:30 PM–4:00 PM

F.3: Surface Engineering and In Situ Characterization for Corrosion Mitigation

6 Lectures

4:30 PM–6:00 PM

F.4: Hydrogen Embrittlement Mechanisms and Environmentally Assisted Cracking in Al Alloys

5 Lectures

10:15 AM–11:30 AM

G.1: Sheet Forming, Bendability, and Springback

5 Lectures

12:00 PM–1:30 PM

G.2: Strain Localization, Heterogeneous Deformation, and Damage Mapping

6 Lectures

2:30 PM–4:00 PM

G.3: Precipitation Strengthening and Deformation Interactions

6 Lectures

4:30 PM–6:15 PM

G.4: Impurity Effects and Particle-Controlled Failure in Recycled Wrought Alloys

6 Lectures

10:15 AM–11:30 AM

J.1: Nucleation and Early-Stage Clustering in Aluminum Alloys

4 Lectures

12:00 PM–1:30 PM

J.2: Quench Sensitivity and Vacancy-Controlled Aging in 6xxx/7xxx Alloys

6 Lectures

2:30 PM–4:00 PM

J.3: Thermomechanical Processing and Stress-Assisted Precipitation

6 Lectures

4:30 PM–6:00 PM

J.4: Measuring and Predicting Transformation Kinetics in Aluminum Alloys

4 Lectures

4:05 PM–4:15 PM

Breaks

1 Lectures

6:30 PM–8:30 PM

Networking opportunity II

1 Lectures

8:25 AM–8:30 AM

General

1 Lectures

8:30 AM–9:15 AM

Key.3: Keynote Speaker Session 3

1 Lectures

9:15 AM–10:00 AM

Key.4: Keynote Speaker Session 4

1 Lectures

10:10 AM–11:10 AM

E.1: Recycled Aluminum Solidification and Fe Intermetallics

4 Lectures

11:40 AM–12:55 PM

E.2: Melt Treatment and Recycled-Alloy Process Robustness

5 Lectures

2:35 PM–4:05 PM

E.3: Grain Refinement and Phase Modification in Al Castings

6 Lectures

4:45 PM–6:30 PM

E.4: Casting Process Innovation and Defect Control

7 Lectures

10:10 AM–11:10 AM

B.5: Grain-Boundary Chemistry, PFZs, and Corrosion in Recycled Alloys

4 Lectures

11:40 AM–1:10 PM

B.6: 7xxx Alloy Precipitation: Composition, Interfaces, and Calorimetry

5 Lectures

2:35 PM–4:05 PM

B.7: Solidification and Intermetallic Phase Control

6 Lectures

4:45 PM–6:15 PM

B.8: Atomic-Scale Precipitate Characterization

4 Lectures

10:10 AM–11:10 AM

F.5: Stress Corrosion Cracking Assessment

3 Lectures

11:40 AM–1:10 PM

M.1: Vibration- and Friction-Assisted Forming of Aluminum Alloys

4 Lectures

2:35 PM–3:35 PM

A.5: Microstructure Engineering and Composite Reinforcement in Al AM

4 Lectures

4:45 PM–6:15 PM

A.6: Self-Healing and Circularity in Aluminum Additive Manufacturing

5 Lectures

10:10 AM–11:10 AM

G.5: Extrusion Texture, Bend Performance, and Structural Integrity

4 Lectures

11:40 AM–1:10 PM

G.6: Multiaxial Deformation, Fatigue, and Thermomechanical Response

6 Lectures

2:35 PM–3:35 PM

G.7: Process, Texture, and Ageing Pathways in Wrought Products

4 Lectures

4:45 PM–5:15 PM

G.8: Thermal Stability, Interfaces, and Strengthening Phases

2 Lectures

10:10 AM–11:10 AM

N.1: Automotive Aluminum: Lightweighting and Circularity

3 Lectures

11:40 AM–1:25 PM

N.2: Formability, Texture, and Microstructural Heterogeneity

6 Lectures

2:35 PM–4:05 PM

J.5: Aging Pathways, Diffusion Mechanisms, and Phase Nomenclature

5 Lectures

4:45 PM–6:15 PM

J.6: Intermetallics, Dispersoids, and High-Temperature Precipitation Design

6 Lectures

7:45 PM–11:30 PM

Conference Dinner

1 Lectures

8:25 AM–8:30 AM

General

1 Lectures

8:30 AM–9:15 AM

Key.5: Keynote Speaker Session 5

1 Lectures

9:15 AM–10:00 AM

Key.6: Keynote Speaker Session 6

1 Lectures

10:10 AM–11:10 AM

E.5: Semisolid Processing and Metal-Matrix Composites

4 Lectures

11:40 AM–12:55 PM

E.6: Hybrid and Dissimilar Joining for Lightweight Structures

5 Lectures

2:35 PM–3:35 PM

E.7: Welding Metallurgy and Data-Enabled Process Windows

4 Lectures

4:35 PM–5:35 PM

E.8: Joinability and Failure of Cast Aluminum Components

4 Lectures

10:10 AM–11:10 AM

K.1: CALPHAD and ICME for Recycling-Tolerant Aluminum

4 Lectures

11:40 AM–12:55 PM

K.2: Precipitation Kinetics and Through-Process Modeling

5 Lectures

2:35 PM–3:50 PM

K.3: Rolling, Texture, and Recrystallization Modeling

5 Lectures

4:35 PM–6:05 PM

K.4: Process Simulation for Casting, Heat Treatment, and Extrusion

6 Lectures

10:10 AM–11:10 AM

N.3: Aging and Strengthening in AA6xxx Alloys

4 Lectures

11:40 AM–1:10 PM

N.4: Extrusion Processing, ICME, and Emerging Manufacturing Routes

5 Lectures

2:35 PM–4:05 PM

C.1: EV and Automotive Aluminum Components and Performance

4 Lectures

4:35 PM–6:05 PM

C.2: 6xxx Alloy Recyclability and Microstructure Control

5 Lectures

10:10 AM–11:10 AM

H.1: Recycling-Ready Aluminum Alloys for Mobility and Packaging

4 Lectures

11:40 AM–1:10 PM

H.2: Precipitation Engineering and Microalloying in Aluminum

3 Lectures

2:35 PM–4:05 PM

H.3: Aluminum Alloys for High Temperature and Extreme Environments

5 Lectures

4:35 PM–6:05 PM

G.9: Advanced Processing and Application-Oriented Performance

5 Lectures

10:10 AM–11:10 AM

L.1: Intermetallic Control in Recycled Al-Si and Twitch Scrap

4 Lectures

11:40 AM–1:25 PM

L.2: Impurity Tolerance in Wrought and Foil Alloys

6 Lectures

2:35 PM–4:05 PM

L.3: Solid-State Recycling and Powder/Chip Valorization

6 Lectures

4:35 PM–6:05 PM

L.4: High-PCR Alloy Upcycling and Process/Modeling Tools

6 Lectures

1:00 PM–2:30 PM

Internal Meetings

1 Lectures

8:30 AM–10:20 AM

ECR: ECR-AWARD

6 Lectures

10:40 AM–11:40 AM

D.1: Data-Driven Alloy Design and Atomistic Modeling

4 Lectures

12:00 PM–1:00 PM

D.2: ML for Processing, Qualification, and Microstructure Control

4 Lectures

1:10 PM–3:00 PM

General

1 Lectures

10:40 AM–11:40 AM

K.5: Additive Manufacturing Microstructure and Thermal Histories

4 Lectures

12:00 PM–1:00 PM

K.6: Multiscale Mechanics, Damage, and Extreme-Environment Modeling

4 Lectures

10:40 AM–11:40 AM

C.3: High-Strength Aluminum Alloys for Aerospace Structures

3 Lectures

12:00 PM–1:00 PM

C.4: Advanced Processing and Space Environments for Aluminum

3 Lectures

10:40 AM–11:40 AM

I.1: Electrification Materials: Busbars, Collectors, Anodes, and Thermal Coatings

4 Lectures

12:00 PM–1:00 PM

I.2: Emerging Aluminium Applications: Low-Carbon Concrete to Precision Manufacturing

4 Lectures

10:40 AM–11:40 AM

L.5: Impurity Removal and Melt-Processing Concepts

4 Lectures

12:00 PM–1:00 PM

L.6: Closed-Loop Recycling, Footprints, and Adaptive Processing

4 Lectures

3:00 PM–6:00 PM

Excursion - BAM

1 Lectures

3:00 PM–6:00 PM

Excursion - FSZ

1 Lectures