Trigered Sub-critical Fracturing;Fracturing Of Sof And Flexible Material; Fracturing Of Strong And Flexible Material; Super-fiber Resistance To Breaking; DEM And Fiber Bundle Model Similarity From Earthquake Physics Beyond The Linear Fracture Mechanics: A Discrete Approach - Info and Reading Options
By W. Dȩbski and P. Klejment
“Trigered Sub-critical Fracturing;Fracturing Of Sof And Flexible Material; Fracturing Of Strong And Flexible Material; Super-fiber Resistance To Breaking; DEM And Fiber Bundle Model Similarity From Earthquake Physics Beyond The Linear Fracture Mechanics: A Discrete Approach” Metadata:
- Title: ➤ Trigered Sub-critical Fracturing;Fracturing Of Sof And Flexible Material; Fracturing Of Strong And Flexible Material; Super-fiber Resistance To Breaking; DEM And Fiber Bundle Model Similarity From Earthquake Physics Beyond The Linear Fracture Mechanics: A Discrete Approach
- Authors: W. DȩbskiP. Klejment
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- Internet Archive ID: rs.figshare.com-13627820-v1
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An example of a sub-critical fracture development trigered by an acoustic wave.; An example of a DEM simulation of fracturing of a soft and flexible material under the tensional load.; A DEM simulation of fracturing of a strong and flexible material under the tensional load; The DEM simulation showing how a single “super-fiber” resistance to breaking apart a sample is built.; The perpendicular to tensional load view of temporal evolution (breaking) of inter-particle bonds (black dots) in the middle of the sample height. A similarity to classical Fiber Bundle predictions is apparent.
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