
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

