Symposia

A	Architected and porous materials: modeling and experiments across scales
B	Materials design: where condensed-matter physics and big-data informatics meet
C	Mathematical theory and computational techniques for multiscale materials modeling
D	Mechanical behavior of amorphous materials: collective dynamics, emergent behavior, and memory effects
E	Microstructure evolution in materials: mechanisms, properties, manufacture
F	Minimum energy paths and dynamical pathways of activated processes in materials
G	Modeling dislocation and hardening processes from atomic scale to microstructure
H	Modeling transport and phase transformations driven by irradiation, electrochemical and mechanical forces
I	Multiscale mechanics of polymers and soft materials
J	Multiscale modeling of interfaces and their effect on the mechanical and thermodynamic properties of crystalline materials
K	Multiscale modeling of nanoalloys and metal-based nanohybrids
L	Solidification across the multiscale landscape
M	Synergy between modeling and experiments: from atomic to macroscopic scales
N	Tribology: mechanics, physics and chemistry of solid-solid and solid-liquid interfaces