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UID:20250628T023118EDT-8244z3Wg7O@132.216.98.100
DTSTAMP:20250628T063118Z
DESCRIPTION:Biological materials exhibit heterogeneous architectures that a
 re tuned to fulfill the functional demands and mechanical loading conditio
 ns of their specific environment. Examples range from the cellulose-based 
 organic structure of plants to collagen-based skeletal parts like bone\, t
 eeth and cartilage. Because they are often utilized to combine opposing pr
 operties such as strength and low-density or stiffness and wear resistance
 \, the heterogeneous architecture of natural materials can potentially add
 ress several of the technical limitations of artificial implants or compos
 ites in general. However\, current man-made manufacturing technologies do 
 not allow for the level of composition and fiber orientation control found
  in natural heterogeneous systems. In this talk\, I will show that 3D prin
 ting routes using self-assembly inks offer an exciting pathway for the fab
 rication of biologically-inspired materials with unprecedented heterogeneo
 us architectures and functional properties.\n\nHave questions? Write to us
  administrator-MIAM.engineering [at] mcgill.ca (subject: Query%20on%20Semi
 nar%20Series)  (here).\n
DTSTART:20210312T163000Z
DTEND:20210312T173000Z
SUMMARY:3D printed hierarchical materials by Prof Andre Studart (ETH Zürich
 )
URL:/miam/channels/event/3d-printed-hierarchical-mater
 ials-prof-andre-studart-eth-zurich-327428
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