(Jun. 2021) The paper: Yi Zhu, Evgueni T. Filipov, (2021) “Rapid Multi-Physics Simulation for Electro-Thermal Origami Systems” was published in the International Journal of Mechanical Sciences. The work introduces an efficient simulation for electro-thermal active origami. (Link)

(Feb. 2021) Group member Maria Redoutey awarded Honorable Mention at the Engineering Research Symposium. She presented our work on pop-up kirigami structures to the UM College of Engineering community. (Link)

(Nov. 2020) Our paper was published in IJSS. The paper: SR Woodruff, ET Filipov (2020) “A bar and hinge model formulation for structural analysis of curved-crease origami,” introduces an easy-to-use and efficient simulation tool for the analyses of curved-crease origami. (Link)

(Oct. 2020) Prof. Filipov gives the Geomechanics Seminar at the University of Minnesota. Prof. Filipov gave the Geomechanics Seminar (virtually) at the University of Minnesota entitled “Simulating the Mechanics of Origami to Enable Shape Morphing Structures at Multiple Scales”. Thank you Prof. Mogilevskaya, and CEE at the University of Minnesota for hosting.

(Jul. 2020) Research paper on fabrication and actuation of micro-origami published in Adv. Funct. Mater. (Y Zhu, M Birla, KR Oldham, ET Filipov). Link and See papers, details, and media coverage

(Jul. 2020) Our paper was published in Meccanica. The paper: SR Woodruff, ET Filipov (2020) “Curved creases redistribute global bending stiffness in corrugations: theory and experimentation,” explores the unique property of curved creases to enhance the stiffness of corrugations in multiple directions. (Link)

(Jun. 2020) Welcome, Eden and Ariel!!! Eden and Ariel are undergraduate students joining the group this summer to work on summer research projects related to origami-inspired structures.

(Apr. 2020) Our recent paper is selected as the ASCE 2019 Best Journal Paper in the Analysis and Computation category. The paper “Deployable Sandwich Surfaces with High Out-of-Plane Stiffness” in the Journal of Structural Engineering Vol. 145 No. 2, explores how origami tubes can be used to create smooth and stiff structural surfaces. [more information]

(Jan. 2020) Prof. Filipov receives the National Science Foundation (NSF) CAREER Award. This new project entitled “CAREER: Large, Deployable and Adaptable Structures Through Origami Engineering,” will explore low to zero stiffness origami mechanic s to enable large-scale civil engineering structures that move and reconfigure efficiently, predictably and safely. [more information]

(Jan. 2020) Our group introduces a new course on Deployable and Reconfigurable Structures. Click the image for more information.

(Oct. 2019) Prof. Filipov gives Invited Seminar at Northwestern University. Prof. Filipov gave the TAM/SPREE Seminar at Northwestern University entitled “Simulating Elasticity and Contact in Origami-inspired Structures”. The talk discussed the development of a simplified bar-and-hinge model, and recent advances that allow it to simulate contact, buckling, and curved creases in origami. Thank you, Prof. Balogun, and the ME and CEE departments at Northwestern University for hosting [Link]  

(Sept. 2019) Research Paper on Simulating Origami Contact is published. Y Zhu, ET Filipov, An Efficient Numerical Approach for Simulating Contact in Origami Assemblages, Royal Society Proceedings A.

(Apr. 2019) Prof. Filipov presents invited seminar at the Ohio State University. The seminar titled “Tailoring the Mechanics of Origami for Deployable and Adaptable Structures,” (Link) discussed how origami mechanics could be applied at multiple scales and was part of the Design, Materials and Manufacturing Seminar Series in the Mechanical Engineering Department at OSU. Thank you Prof. Harne for hosting!