Thermoplastic polyurethane (TPU) reinforced with natural or renewable fillers gained
significant attention in the scientific community and industries. The properties of TPU can be …

Current heart valve replacements (HVRs) fail to comprehensively capture the physiological
behavior of native heart valve tissues, allowing the burden of valvular heart disease to …

Piezoresistive strain sensors for structural health monitoring (SHM) and human body motion
detection applications commonly use polymer nanocomposites based on carbon fillers such …

Electrically conductive thermoplastic polyurethane (TPU) composites with carbon nanofillers
have potential applications in strain sensors. However, it is challenging to simultaneously …

Wireless, skin‐interfaced electronic and microfluidic devices have the potential to replace
wired, bulky, and cumbersome technologies for personal and clinical health monitoring …

Polyurethane (PU) with microphase separation has garnered significant attention due to its
highly designable molecular structure and a wide range of adjustable properties. However …

Flexible conductive materials have excellent stretchability and sensitivity, so they have great
development potential in motion detection, artificial electronic skin and other fields. Three …

To reduce pollution and maintain sustainable development, environmental friendly
waterborne coatings as a replacement for conventional oil-based coatings have drawn lots …

Given the current environmental crisis caused by polymers, we have seen that it is
mandatory to make changes in the way we produce, consume, and, at the downstream …

This study proposes a thorough investigation, especially based on thermodynamics, to
predict phase separation in a linear thermoplastic polyurethane, denoted TPU, prepared …