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Soft Intelligent Materials Laboratory (SIMLab) @UCZHfG7xifLqv529vO5p7UzQ@youtube.com

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By utilizing analytical, numerical, and experimental tools,


01:43
Printing and actuation of the hybrid cuboid lattice
01:09
Printing and actuation of the hybrid circular lattice
01:00
Printing and actuation of the active tensegrity
00:58
Printing and actuation of the actuator with tunable stability
01:19
Printing and actuation of the LCE pyramid
01:21
Printing and actuation of the graded LCE lattice
04:54
Lab Spotlight
01:06
Untethered control of functional origami microrobots with distributed actuation
00:34
Magnetic active metamaterials
00:23
Evolutionary algorithm-guided soft robot design
00:48
Multimodal crawling and swimming robot
01:12
Foldable solar panel ring device
01:15
Folding of truss ring assemblies
00:42
Folding of 3-ring unit assembly
01:06
Folding and stability tests of orthogonal rings
00:43
Reconfigurable 3D box assembly
01:05
Folding of tessellation and dome assemblies
00:44
Bending and twisting induced snap-folding of single hexagonal ring
00:22
Magnetically actuated metamaterial conforms to cylindrical substrates
00:22
Magnetically actuated metamaterial conforms to spherical substrates
00:13
Freestanding reconfigurable metamaterial
00:22
Spinning-enabled sucking mechanism for cargo transportation
00:29
Origami folding as a pumping mechanism for controlled delivery of liquid medicine
00:23
Propeller-like structure of the millirobot generates propulsion for swimming
00:59
Origami millirobot that integrates capabilities of spinning enabled multimodal locomotion
01:19
Self-guided snap-folding and deploying of a foldable hexagonal ring via various loading methods
00:25
Soft Robotic Origami Crawler
00:25
Stretchable origami robotic arm with omnidirectional bending and twisting
00:52
Crawling in Confined Space and Drug Delivery
01:04
Programmed Motion of the Kresling Crawler
00:53
Crawling Mechanism of the Kresling Robot
00:56
Contraction Mechanism of the Kresling Crawler
00:20
Video S5
00:25
Magnetic actuation and shape-locking of a reconfigurable antenna (sinusoidal design)
00:16
Video S6
00:37
Multifunctional Kresling assembly for digital computing
00:37
Four-arm M-SMP gripper lifting a lead ball by shape-locking
00:23
Magnetic actuation and shape-locking of a 1-D cantilever
00:50
Active metamaterial with tunable properties and shiftable mechanical behaviors - a chiral design
00:55
Distributed actuation of Kresling assemblies with reverse creases
01:29
Mechanical characterization of concentric arc design before and afterreshaping
01:43
Combined functions: magnetic-driven modular assembly withreprogrammability and reconfigurability
01:38
Multimodal pop-up structures
01:47
In-situ reprogramming of magnetization
00:56
Active metamaterial with tunable properties and shiftable mechanical behaviors - an hourglass design
00:34
Magnetic-assisted assembling for seamless welding
00:31
Sequential logic circuit using M-SMPs
00:25
Flower blooming-inspired sequential shape-transformation
00:11
2020_AIS_video3
01:40
Magnetic-assisted modular assembling
00:54
Magneto-Mechanical Metamaterials Video S2
01:15
Magnetic-assisted structural reconfiguration of kirigami with helicalcuts
00:39
Distributed actuation of a two-cell Kresling assembly
00:39
Magnetic actuation and shape-locking of a reconfigurable antenna (helical design)
00:27
2020_AIS_video1
00:20
Video S4
01:08
Magneto-Mechanical Metamaterials Video S1
00:15
Video S7
00:48
Mechanical characterization of helical design before and after reshaping
00:19
Video S3