The design and manufacture of new biodegradable and bioderived polymeric materials has
traditionally taken place through experimentation and material characterisation. However …

Fabric rubber composites have attracted great interests among researchers because of their
high specific strength and specific modulus. Developing accurate constitutive models is still …

To formulate a machine learning (ML) model to establish the polymer's structure-property
correlation for glass transition temperature T g, we collect a diverse set of nearly 13,000 real …

Ground vibration during earthquakes can lead to loss of soil strength and structural damage.
Rubber-soil mixtures (RSM) show promise in mitigating the residual ground deformation …

The purpose of this study is to investigate-at nanoscale-cis-Polyisoprene (cis-PI), the main
component of natural rubber. This system is vulcanized by adding elemental sulfur to cis-PI …

The mechanical properties of glassy polymer nanocomposites (PNCs) are investigated via a
new hierarchical computational methodology, which combines atomistic molecular …

The lifetime of building materials is a significant challenge and is strongly related to their
surface state and impermeability. This work is dedicated to an in-depth analysis of rubber …

Controlling ion distribution inside a charged nanochannel is central to using such channels
in diverse applications. Here, we show the possibility of using a charged polyelectrolyte (PE) …

Visualization of polymer molecules by molecular dynamics simulation remains a challenging
area in molecular modeling, as it involves a number of factors like type of force field …

Controlling the direction and strength of nanofluidic electrohydrodyanmic transport in the
presence of an externally applied electric field is extremely important in a number of …