Sustainable polymers are materials derived from renewable, recycled and waste carbon
resources and their combinations, which at the end of life can be recycled, biodegraded or …

Smart materials, also known as intelligent materials, which are responsive to the external
stimuli including heat, moisture, stress, pH, and magnetic fields, have found extensive …

Shape memory materials have emerged as an important class of materials in medicine due
to their ability to change shape in response to a specific stimulus, enabling the simplification …

Amino acid-based poly (ester urea) s (PEUs) are an emerging class of highly tunable,
degradable polymers that have found utility in a wide scope of biomedical applications …

The use of microneedle (MN) systems has the potential to benefit a wide range of
biomedical applications but is hindered by poorly controlled insertion. Herein, a novel MN …

Most elastomers undergo strain‐induced crystallization (SIC) under tension; as individual
chains are held rigidly in a fixed position by an applied strain, their alignment along the …

Biodegradable shape memory elastomers have the potential for use in soft tissue
engineering, drug delivery, and device fabrication applications. Unfortunately, few materials …

Flexible shape memory polyurethanes (SMPUs) are the favorable candidates as a coating
or substrate for wearable smart textiles, electronics, and biomedical applications. However …

A new strategy to obtain nanodomain structure in thermoset/thermoset blends was
developed via different dynamic reactions of cyanate ester (CE) and epoxy (EP) resins in the …

Few thermoplastic polyurethane (TPU) blending materials are reported to tune shape‐
memory capability, self‐healing ability, and recyclability as well as mechanical property due …