Functional biomaterial shows multi-pronged therapeutic potential The new composite biomaterial is made from cellulose and potassium sodium niobate (KNN) piezo-ceramic particles — combining the most ...

Filipe studied the influence of the biomechanics of the tumor microenvironment at The Wistar Institute in Philadelphia, and most recently developed composite biomaterials for the delivery of ...

Special interests include photo-polymerization phenomena, adhesion, visco-elastic behaviour, surface analysis, X-ray microtomography and a wide range of composite biomaterial behaviour. The ...

The eco-friendly composite offers a sustainable alternative to synthetic materials for artificial habitats, promoting better ...

At Northwestern University, she studied biomedical engineering and her research focused on the development and characterization of a novel composite biomaterial to improve the longevity of total hip ...

Research in advanced materials: porous materials, foams, metal-ceramic composites, biomaterials and tissue engineering, metal-ceramic interactions, high temperature wetting studies and joining ...

This PhD project explores the development of a robotic, ultrasonic non-destructive testing and evaluation (NDT&E) system to evaluate and characterise composite and polymer materials—widely used in ...

Structural biomaterials are of growing interest in the mechanics community because of their remarkable mechanical performance. The case of mother of pearl (nacre) from seashell is an excellent example ...

Damage mechanics of composite materials is concerned with the various damage mechanisms, their evolution under thermomechanical loading, and their effect on the elastic, failure, and fatigue behavior ...

The 3D piezoelectric cellulose composite, invented by experts at ... "This is a groundbreaking biomaterial, which has the potential to redefine the prospects of recovery from central nervous ...