Mechanical CHANGE TOPIC

Mechanical properties news, October 2020

Researchers have trained a neural network to understand which polymer properties arise from different molecular sequences.

Using a magnetic liquid and hydrogels, researchers have demonstrated a new way to rebuild complex body tissues such as cartilage.

By placing tiny aggregates of cells inside yield-stress gels, researchers have shown they can print biological tissue in complex 3D shapes.

polymer scaffolds embedded with magnetic nanoparticles trigger stem cell differentiation and tendon regeneration

Bacterial biofilms can mechanically disrupt tissue means they could damage their host without using toxins

A new method for testing fatigue in metals at a microscopic scale can predict when early, localized damage will evolve into cracks.

Applying strain to tiny needles of diamond can transform their electronic properties from insulating, through semiconducting, to highly conductive.

Using experiments and simulations, researchers have identified the configurations of dislocations that give rise to desirable properties in a model alloy.

Researchers have developed electronic blood vessels that are flexible and biodegradable by simply rolling up metal-polymer conductor membranes.

light-activated bioadhesive bonds tissue together in wet or dry conditions

By using chelating ligands to incorporate metal ions into elastomers, researchers have created novel materials for repairing biological tissue.

A new computer model can simulate the networks of force-carrying particles that give amorphous materials such as glass their strength.

The building blocks of smart industry

Electrically controlled micro wrinkles

3D printing of composite parts makes counterfeiting easier

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3D-printed, deformable electrodes and separators based on nanocellulose are promising for stretchable Li-ion batteries

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Researchers have developed a novel fiber where one side is flexible cotton and the other side is a conductive polymer.

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