Month: January 2022Page 2 of 5

Precedent Research 2

Iris van Herpen Iris van Herpen experiments explores new fabrics created by blending steel with silk or iron filings with resin, incorporating unexpected materials ranging from umbrella tines…

Precedent Research 2 – Isabel Xu

Spanish designer SiiGii developed a full coverage inflated suit for people who have sun allergy. Taking the advantage of latex material, the designer is able to ensure the…

Precedent Research 2 – ehyang

For the second round of precedent research, I found myself inspired by a multitude of pieces: Issey Miyake F/W 2000 Matthew Muller, “First Pneumatic” Ian McMahon, Tether Material…

OmniFiber – Sophia Huang

OmniFiber is a soft robotics fiber developed by researchers at MIT that can bend, stretch, curl, and pulse depending on the movement of the user. The fiber can…

Fiber-reinforced soft actuators for trajectory matching | Carolyn Youstra

Biologically Inspired Engineering, HarvardUniversity, Cambridge, MA A design strategy that takes a kinematic trajectory as its inputand uses analytical modeling based on nonlinear elasticity andoptimization to identify the…

Theo Jansen’s Strandbeest – Jennifer Shin

Dutch artist Theo Jansen makes these kinetic sculptures called “strandbeest.” They are made from yellow plastic tubes and are able to mimic the movement of a leg powered…

Silvia Fado – Pneumatic hydraulics

Yumeng Zhuang Kinetic Traces is a collection of women’s high heels designed by Silvia Fado, bringing high-end fashion aesthetics and high-performance sports footwear together. What feature of the…

Wearable Haptic Pneumatic Device for Creating the Illusion of Lateral Motion on the Arm | Jasmine

Link: http://viterbik12.usc.edu/wp-content/uploads/2019/06/Culbertson_Wearable-Haptic-Pneumatic-Device-for-Creating-the-Illusion-of-Lateral-Motion-on-the-Arm.pdf Synopsis: This paper presented a wearable sleeve with 6 pneumatic pouches that actuated in sequence to create a “stroking” sensation for the wearer, with applications in…

bioLogic’s Living Textiles | Jesse Wallace

BioLogic’s Living Textile is a project from MIT’s Media Lab that uses 3D printing technology to make active and actuating “second skin”, which in the context of kinetic…

PNEU-SKIN, A Haptic Social Interface with Inflatable Fabrics – dcastleb

This research project by Yujie Wang from MIT and Marcela Godoy from NYU Shanghai explores how to incorporate pneumatic haptic interfaces to change a garment based on social…