The molecular weight distribution (MWD) is possibly the most important characteristic of a
polymer. Polymers derive many of their physical properties from their MWD. Therefore, since …

The identification and development of talented young players has become a central concern
of football clubs at all levels of the professional game, as well as for national and …

A generalized multiscale modeling framework is described for the digital simulation of a high‐
pressure low‐density polyethylene (LDPE) tubular reactor. According to the proposed …

A novel stochastic algorithm is described for the accurate prediction of the detailed
molecular topology of highly branched polymer chains. Stochastic topological polymer chain …

Polystyrene chemical recycling via pyrolysis constitutes an appropriate route for disposal of
post-consumption material as high styrene amounts can be obtained and used for the …

Kinetic Monte Carlo (MC) is the main stochastic strategy used to simulate polymerization
systems, as it gives good results with simple formulation. Normally, the algorithm used in this …

Identifying the microscopic information of polymers is of great significance for polymerization
processes. Monte Carlo (MC) simulation is a powerful tool to predict the microscopic …

Controlled polymerization causes the final product to have predictable properties, allowing it
to have a more diverse application, in turn, increasing its added value. In the present work, a …

In the present work, an efficient Monte Carlo (MC) algorithm and a two-dimensional fixed
pivot technique (FPT) are described for the calculation of the molecular weight distribution …

In the present study, a two-dimensional fixed pivot technique (2-D FPT) and an efficient
Monte Carlo (MC) algorithm are described for the calculation of the bivariate molecular …