Arefeh Abbasi
@arefeh_abbasi
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Postdoctoral researcher @ETH_en @eth_dmavt | PhD student @EPFL, @flexlab_epfl
Zürich, Switzerland
Joined May 2019
RT @LDeLorenzisETHZ: Check out our latest paper on #LatticeBoltzmann, focusing on #elastodynamics: Great work by…
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RT @LDeLorenzisETHZ: New paper out! Our adaptive acceleration scheme for high-fidelity, high-cycle phase-field fatigue simulations is simpl…
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RT @FDerveni: Interested in designing stronger multi-defect shells by controlling the size of their most severe imperfection? Check out our…
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RT @LDeLorenzisETHZ: We are hiring! Are you a recent (or imminent) engineering graduate with an outstanding track record and a passion for…
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RT @AlbanSauret: Very cool work @flexlab_epfl ! Designing a braille reader using the snap buckling of bistable magnetic shells https://t.co…
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RT @AlainGoriely: The implosion of the Titan was a tragedy. It is also a teachable moment. I heard on @BBCnews that the catastrophic fail…
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RT @EPFL: Le @flexlab_epfl a publié une première étude sur la mécanique des nœuds chirurgicaux. Les résultats pourraient servir à former le…
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RT @flexlab_epfl: 📢 Postdoc Job Alert! Join us @EPFL_en, in gorgeous Lausanne, Switzerland. We are a curiosity-driven team exploring the wo…
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RT @JournalApplMech: The buckling of thin shells is extremely sensitive to imperfections. How do dimpled vs. bumpy defects compare in dicta…
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(4/4) We find that the critical point can indeed be probed when the force is applied at the defect, but when the poking is done further away from the defect, it becomes invisible to the probing and the shell buckles prior to the cue provided by the poking.
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(2/4) Imperfection sensitivity makes it difficult to predict the critical buckling conditions of shells with realistic distributions of defects. Recently, a non-destructive technique has been proposed and successfully applied to cylindrical shells using a probing force.
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