This work presents a framework governing the development of an efficient, accurate, and
transferable coarse-grained (CG) model of a polyether material. The framework combines …

A quantitative understanding and prediction of the viscoelastic relaxation behavior of
polymer melts is required to build up predictive multiscale models, which can be utilized for …

Here, we report the proof-of-concept for controlled aggregation in a binary colloidal system.
The binary systems are studied by varying bond flexibility of only one species, while the …

In the present paper, we have extended the simulation technique Brownian cluster dynamics
(BCD) to analyze the dynamics of the binary mixture of hard ellipsoids and spheres. The …

Here, two different novel sulfonated polyimides were produced using different monomer
ratios. With 2 different molecules of diamine, 3, 3′, 4, 4′-biphenyl tetracarboxylic …

Synthesizing thin films using self assembly is one of the important challenges which needs
to be addressed for making engineered material using colloidal particle, necessary for …

With the self-assembly of patchy colloids, we can engineer many complex structures. In the
present work, we are modeling spherical particles with 2 diagonally opposite patches using …

Engineering structures like nanocages, shells, and containers, by self-assembly of colloids
is a challenging problem. One of the main challenges is to define the shape of the individual …

In biological system like cell the macromolecules which are anisotropic particles diffuse in a
crowded medium. In the present work we have studied the diffusion of spheroidal particles …

Aggregation of protein into bundles is responsible for many neurodegenerative diseases. In
this work, we show how two-patch colloidal particles self-assemble into chains and a …