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Investigating the Role of Magnetic Cohesion in Avalanching on 16-Psyche: A Discrete Element Modeling Approach

  • Authors: Anmol Sikka, Christine M. Hartzell

Anmol Sikka and Christine M. Hartzell 2026 The Planetary Science Journal 7 .

  • Provider: AAS Journals

Caption: Figure 4.

Final frames of avalanching simulations for all of the material compositions, magnetic field strengths, and corresponding baseline Bond numbers (Bmag, 0). The first three rows show the mixture cases with varying percentages of high-susceptible, while the last two rows show the single material cases of 100% high-susceptible and 100% low-susceptible. The columns show the different magnetic field strengths applied in the simulations. The particles considered for angle of repose calculation are shown in red. The angle of repose is mentioned with a negative sign as the slope of the best-fit line (in black) is negative.

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