This special issue of Advanced Engineering Materials covers different aspects of brittle fracture and fatigue of traditional and advanced materials.
This special issue of Advanced Engineering Materials covers different aspects of brittle fracture and fatigue of traditional and advanced materials.
Shuit-Tong Lee and Lifeng Chi have guest edited an issue of Advanced Materials, which provides an insight into the nanoscience research going on in and around Suzhou.
Multispectral imaging with metasurface pixels using a multiscale fabrication approach.
The concept of amplifying chirality-induced auxetic effect via elevating internal rotation efficiency was proposed and proved via multi-material 3D printing, mechanical experiments, and FE simulations.
Japanese researchers have developed a way to engineer glycan complexes in a way that allows the molecules to be transported preferentially to specific organs of the body.
Intraperitoneally administered biointerface-camouflaged upconversion nanoparticles can pave the way for early diagnosis of pancreatic cancer through multimodal contrast enhanced imaging.
The role of ternary phases such as I-phase, cubic W-phase and LPSO-phase in developing high-performance magnesium alloys is reviewed.
Researchers present the use of Au@MIL-88(Fe) nanoparticles that serve as triple-modality imaging agents, in CT, MRI, and PA imaging of gliomas.
Reaearchers from Texas A&M demonstrate a process to apply a super gas barrier to plastic packaging films using only polymers in a water-based solution
Natural polymers- based nanoparticles are widely used for biomedical purposes as they are highly biocompatible and biodegradable. Yet potential unexpected side effects have to be taken into account.