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mini-workshop on "rheology of dense materials" @K206, YITP

March 18, 2026
Asia/Tokyo timezone

Contribution List

13 out of 13 displayed
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  1. 12. Opening address (Hisao Hayakawa, YITP, Kyoto Univ.)
    3/18/26, 9:30 AM
  2. 1. Yue Liu "The mechanism of Mpemba effect in overdamped system" 30 min = 23 min talk + 7 min discussion
    3/18/26, 9:35 AM
  3. 9. Satoshi Takada "Mpemba effect in a two-dimensional bistable potential" 30 min = 23 min talk + 7 min discussion
    3/18/26, 10:05 AM
  4. 8. Frédéric van Wijland (CNRS & Univ. Paris Cité) "Wetting by active particles" (30 min = 23 min talk + 7 min discussion)
    3/18/26, 10:50 AM
  5. 10. Michio Otsuki "Cohesion-induced hysteresis and breakdown of marginal stability in jammed granular materials" (30 min = 23 min talk + 7 min discussion)
    3/18/26, 11:20 AM
  6. 4. Harukuni Ikeda "Scaling theory for critical phenomena in steady shear flow" (30 min = 23 min talk + 7 min discussion)
    3/18/26, 1:30 PM
  7. 5. Suravi Pal "Dynamical and mechanical heterogeneities of cancer cells as active deformable particles" 15 min = 12 min talk + 3 min discussion
    3/18/26, 2:00 PM
  8. 11. Sucharita Niyogi "Heterogeneous Carrier Transport Across Sublattice Melting in a Minimal Model Superionic Conductor" 15 min = 12 min talk + 3 min discussion
    3/18/26, 2:15 PM
  9. 6. Takeshi Kawasaki "What do deep neural networks find in disordered structures of glasses?" 30 min = 23 min talk + 7 min discussion
    3/18/26, 2:30 PM
  10. 7. Kuniyasu Saitoh "Shear-induced diffusion near jamming" 30 min = 23 min talk + 7 min discussion
    3/18/26, 3:15 PM
  11. 3. Kota Noto "Weakly nonlinear analysis using a Hessian matrix with wave-number dependence" 20 min = 15 min talk + 5 min discussion
    3/18/26, 3:45 PM
  12. 2. Prabhu Nott (Indian Institute of Science) "The mechanics of disordered granular media in statics and flow: biased random walks to jamming-yielding dynamics"
    3/18/26, 4:30 PM

    Disordered granular media, such as sand, mineral ores and food grains, exhibit features that are both solid-like and fluid-like. However, their mechanical response differs substantially from elastic solids and viscous fluids, due to the complexity of inter-grain interactions. In the static state, it is known that the stress depends strongly on how the grain assembly is created. In the...

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  13. 13. 23 min. talk + 7 min. discussion<br />a