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Faculty members

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Inside a building, a man dressed in a traditional white uniform with a red and white Saudi shemagh wears a neutral expression as if he were taking a picture of a faculty file at Qassim University.
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abdulrahman ABDULLAH S ALSAYYARI

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Personal data

  • A.ALSAYYARI@qu.edu.sa
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    Scientific qualifications

      Research interests

        Published research

        • Spin reorientation and reentrant-like magnetization in Bi-MXene-inspired nanostructures: A Monte Carlo investigation (2026-06-21)
        • Experimental study on the interplay between electrical transport, magnetism, magnetocaloric and magnetoresistive effects in<i><i><i><i> Pr</i>0.75La</i>0.05K</i>0.2MnO</i>3 perovskite (2026-06-05)
        • Multiple magnetization plateaus in borophene core-shell: A Monte Carlo study (2026-05-15)
        • Can AI and predictive models accurately predict stone-free status? a systematic review and meta (2026-05-14)
        • Structural, magnetic and large magnetocaloric effect in terbium orthophosphate<i> TbPO<sub>4</sub></i> near superfluid helium (2026-05-10)
        • Monte carlo exploration of magnetic features in a superphenalene-inspired nanostructure (2026-04-20)
        • Monte Carlo Analysis of Vacancy Effects on Thermal and Magnetic Traits in Fullerene C<sub>60</sub> (2026-04-01)
        • Monte Carlo investigation of magnetic-dielectric analogies in hexagonal mixed-spin core-shell nanostructures (2026-03-28)
        • Magnetic plateaus and dilution effects in bilayer borophene structure: A Monte Carlo study (2026-03-10)
        • Impact of Geometry on Magnetic Hysteresis: A Monte Carlo Study of Husimi Nanostructures (2026-03-02)
        • Blocking Temperature Analysis in Two Distinct Lattice Topologies: Dice vs Lieb via Monte Carlo Simulations (2026-02-21)
        • Re-entrant magnetic behaviour in core-shell nanotubes: a Monte Carlo study (2026-02-10)
        • Integrated DFT and Monte Carlo study of the multifunctional properties of<i> Ti<sub>2</sub>MnCo</i> Heusler alloy (2026-01-16)
        • Monte Carlo exploration of magnetic properties: Graphene and borophene comparison (2024-05-04)

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