Bulletproof chainmail? Next-gen fabric stiffens on demand

Bulletproof chainmail? Next-gen fabric stiffens on demand

Bulletproof chainmail? Next-gen fabric stiffens on demand

Materials that change their properties in response to certain stimuli could come to occupy a valuable space in many fields, ranging from robotics, to medical care, to advanced aircraft. A new example of this type of shape-shifting technology is modeled on ancient chain mail armor, enabling it to swiftly switch from flexible to stiff thanks to carefully arranged interlocking particles.

Bulletproof chainmail? Next-gen fabric stiffens on demand

Unoboxing October 6th - Ringmesh

Bulletproof chainmail? Next-gen fabric stiffens on demand

Bulletproof Vest: Most Up-to-Date Encyclopedia, News & Reviews

Bulletproof chainmail? Next-gen fabric stiffens on demand

NTU Singapore scientists develop fabric that can stiffen on demand

Bulletproof chainmail? Next-gen fabric stiffens on demand

Chain Mail - an overview

Bulletproof chainmail? Next-gen fabric stiffens on demand

Bulletproof vest - Wikipedia

Bulletproof chainmail? Next-gen fabric stiffens on demand

Armor

Bulletproof chainmail? Next-gen fabric stiffens on demand

Why would anyone in the medieval era ever waste so much money on expensive full plate armor when they can simply be shot by a crossbow through that armor? - Quora

Bulletproof chainmail? Next-gen fabric stiffens on demand

Move aside, Batman! Chain mail fabric can stiffen on demand

Bulletproof chainmail? Next-gen fabric stiffens on demand

NTU Singapore scientists develop fabric that can stiffen on demand

Bulletproof chainmail? Next-gen fabric stiffens on demand

Smart Chainmail Fabric: Properties and Uses

Bulletproof chainmail? Next-gen fabric stiffens on demand

Scientists Develop Chain Mail Fabric That Can Stiffen on Demand

Bulletproof chainmail? Next-gen fabric stiffens on demand

Chain-mail fabric stiffens under confining pressure

Bulletproof chainmail? Next-gen fabric stiffens on demand

Materials, manufacturing, and enablers for future soldier protection - ScienceDirect