Recent advances in the power conversion efficiency (PCE) of organic solar cells (OSCs)
have greatly enhanced their commercial viability. Considering the technical standards (eg …

Thin films with a nanometer‐scale thickness are of great interest to both scientific and
industrial communities due to their numerous applications and unique behaviors different …

Mechanical properties of conducting polymers are an essential consideration in the design
of flexible and stretchable electronics, but the guidelines for the material design having both …

Through a combined approach of experiment and simulation, this study quantifies the role of
entanglements in determining the mechanical properties of glassy polymer blends. Uniaxial …

The nature of polymer deformation depends on the ability of the chain segments to respond
to the applied load at the imposed loading rate. When the polymer response time is …

Stretchable electronics constitute a promising and innovative field, particularly in the
development of fully stretchable transistors by using conjugated polymers (CPs). CPs have a …

Abstract Material Extrusion (ME) 3D printing is a popular method of rapid prototy** with
large-scale manufacturing potential. One obstacle to scalability is residual stress within …

We conducted large-scale molecular dynamics (MD) simulations of ballistic impact tests on
ultrathin aluminum and polyurea layers and their multilayer arrangements to investigate the …

The nanoconfinement effects of glassy polymer thin films on their thermal and mechanical
properties have been investigated thoroughly, especially with an emphasis on its altered …

Enhanced molecular mobility near the free (polymer–air) surface is crucial for advancing
organic electronic devices, yet understanding the substrate's impact on the surface glass …