
Hanqing Jiang
@hanqingjiang
Professor of Mechanical Engineering
Westlake University
ID: 1316758450538307585
15-10-2020 15:11:01
25 Tweet
635 Followers
130 Following



Watch my video in the Science in the Arts Category at the Falling Walls #WorldScienceSummit 2020: If a Virus Could Sing.... Register to join the virtual showcase of the Science Breakthroughs of the Year from Nov 1-10 at: falling-walls.com/2020. bit.ly/3k2Z5ww



We published a paper (nature.com/articles/s4156…) about stress relaxation and Li dendrite mitigation in Nature Energy. Happy to see this work by Ju Li that directly observed Li metal undergoing Coble diffusional creep (nature.com/articles/s4158…), which supports our hypothesis.



Our latest paper in Science Advances, co-authored by Zirui Zhai and Lingling Wu, discloses a newly designed curved origami with tunable stiffness with applications on soft robotics advances.sciencemag.org/content/6/47/e…. youtu.be/5fiRjtGrQjQ

Curved origami offers a creative route to making robots and other mechanical devices theconversation.com/curved-origami… via The Conversation U.S.


Curved origami structures are taking robotics to a new level of development. ASU Ira A. Fulton Schools of Engineering professor Hanqing Jiang tells us how this ancient paper art is affecting the world of mechanics. asunow.asu.edu/20201118-disco…

Honored to be highlighted by Science Advances

Our review paper on @MaterialsToday for dynamic mechanical metamaterials. doi.org/10.1016/j.matt…. Congrats Lingling Wu

Excited to publish our first #POCT work in Nature Communications. A film-lever actuated switch technology for multifunctional, on-demand, and robust manipulation of liquids. rdcu.be/cT0Er


C Liang, Z Yang, & Hanqing Jiang report a film-lever actuated switch #technology for #microfluidic manipulation enabling multifunctional dispensing, on-demand release, robust operation, and long-term storage. #FAST #POCT #Biomed #Devices Westlake University nature.com/articles/s4146…

Prof. Hanqing Jiang and his research group at Westlake University develop a first-person, human-triggered haptics that allows users to actively experience mechanical touching with various stiffness perceptions from positive to negative ranges in virtual environments, achieved by

Glad to share our latest work published in Nature Communications. This work proposes a simple bottom-up rule that can spontaneously generate complex shape assembly behaviors for robot swarms. Roderich Gross Westlake University Article link: nature.com/articles/s4146…



