We extend our recent coarse-grained model describing semicrystalline homopolymers to
simulate the morphology and phase transitions of thermoplastic elastomers made of …

We use coarse-grained molecular dynamics simulations to study the impact of the chain
topology on the structure and thermal and mechanical properties of crystallizable multiblock …

Multiblock copolymers containing alternating semicrystalline and molten blocks are good
thermoplastic elastomers. Their crystallization in the stretching process is however …

To relate the mechanical responses of hard–soft copolymer systems with their
microstructures, a coarse‐grained molecular dynamics approach is employed, and …

Semicrystalline multiblock copolymers holding alternatingly crystallizable and
noncrystallizable blocks are good thermoplastic elastomers that are commonly processed …

The equilibrium structure and ordering kinetics of random AB block copolymers is
investigated using a Lennard-Jones bead–spring model and a soft, coarse-grained model …

We employ a rod–coil multiblock molecular chain model to investigate chain folding
behavior, which is a significant characteristic in semicrystalline polymers, by using the …

Multiblock copolymers (MBCs) have garnered considerable interest in both industrial and
fundamental polymer science. However, the phase structure and properties at a molecular …

We report dynamic Monte Carlo simulations of polymer crystallization confined softly in
cylindrical microdomains of diblock copolymers. We observed both the breakout that …

Brownian molecular dynamic simulations are applied on the self-assembly behavior of AB-
type diblock copolymers. The influence of chain conformation of core-forming A-block …