Behavior of cellular elastomeric metamaterials under displacement controlled compressive loading
Embedded Files
CH.mp4Vertical displacement contour
(Uniformly aligned circular holes)
(Uniformly aligned circular holes)
ACH.mp4Vertical displacement contour
(Staggered circular holes)
(Staggered circular holes)
EH.mp4Vertical displacement contour
(Uniformly aligned elliptical holes)
(Uniformly aligned elliptical holes)
Behavior of cellular elastomeric metamaterials under displacement controlled compressive loading using micropolar theory
MP_CH_D.mp4Vertical displacement contour
(Uniformly aligned circular holes)
MP_CH_R.mp4Rotation contour
(Uniformly aligned circular holes)
MP_SH_D.mp4Vertical displacement contour
(Staggered circular holes)
MP_SH_R.mp4Rotation contour
(Uniformly aligned circular holes)
Quasi-static crack propagation in Cylindrical shells
Shell_crack1.mp4Shell_crack2.mp4Behavior of lattice structures
Media3.aviVertical displacement contour
(Vertical loading)
Media4.aviWarping amplitude contour
(Vertical loading)
Media5.aviDisplacement contour along load
(Lateral loading)
Media6.aviWarping amplitude contour
(Lateral loading)
Impact_Pl.mp4Impact and rebound simulation of two plates
Impact_cy.mp4Impact and rebound simulation of two cylinders
bonding1.mp4High velocity impact induced bonding: Rebound at 600 m/s
bonding2.mp4High velocity impact induced bonding: Bonding at 800 m/s
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