The rapid evolution of flexible electronic devices promises to revolutionize numerous fields
by expanding the applications of smart devices. Nevertheless, despite this vast potential, the …

The prediction of the fatigue life of polymer film substrates under cyclic bending plays an
important role in designing durable flexible devices. Here, the fatigue life of bending polymer …

Wearable devices that can mechanically conform to human skin are a necessity for reliable
monitoring and decoding of biomechanical activities through skin. Most inorganic …

Understanding the fatigue behavior of polymer films under cyclic bending is essential to the
design of suitable substrates for flexible electronics. However, bending fatigue remains …

Cholesteric liquid crystal elastomers (CLCEs) can change structural colour in response to
mechanical stimuli, which can be applied as sensors and optical devices. Thus, the facile …

Three-dimensional (3D) sensors selectively measure the applied force in a particular
direction through the designed shape. However, such a fixed sensor design incurs a …

In order to realize advanced flexible devices, it is critical to simultaneously ensure the
flexibility and robustness of bonded joints in the electronic packages for the mechanical and …

This study explores the opto-mechanical response of cholesteric liquid crystal elastomers
(CLCEs) subjected to uniaxial stretching along the x-axis, perpendicular to their helical z …

The analysis of the bending strain at the interface of layered polymer films is significant in
the design of flexible electronic devices because conductive materials placed on the …

Deformable displays, capable of freely transforming their shapes, have become a
megatrend of next-generation display development as they can provide new user …