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Recurrent spatio-temporal modeling of check-ins in location-based social networks
Zarezade, A

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Recurrent spatio-temporal modeling of check-ins in location-based social networks
Author :   Zarezade, A
Publisher :   Public Library of Science
Pub. Year  :   2018
Subjects :   Aarticle Friend Human Social network Stochastic model
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  • 10.1016@j.camwa.2015.12.034.pdf
    • Evaluation of a pressure splitting formulation for Weakly Compressible SPH: Fluid flow around periodic array of cylinders
      • Introduction
      • Numerical method
        • Renormalization
        • Pressure--velocity coupling
        • Remarks
      • Stability analysis
        • Verification
      • Results: start-up flow around a periodic array of cylinders
        • Validation and convergence
          • Vanishing reynolds Reynolds number
          • Moderately low Reynolds number
        • The effects of artificial speed of sound
          • Vanishing Reynolds number
          • Moderately low Reynolds number
      • Conclusion
      • Acknowledgement
      • Numerical algorithm
      • Effects of a predictor--corrector
      • References
  • 10.1016@j.apm.2015.11.020.pdf
    • A SPH solver for simulating paramagnetic solid fluid interaction in the presence of an external magnetic field
      • 1 Introduction
      • 2 Governing equations
        • 2.1 Hydrodynamics
        • 2.2 Magnetostatics
      • 3 Smoothed particle hydrodynamics
        • 3.1 Implementation
        • 3.2 Moving solid bodies
        • 3.3 Magnetic force
        • 3.4 Stabilized SPH method
          • 3.4.1 Modified continuity equation
          • 3.4.2 SPH particle shifting
        • 3.5 Remarks
      • 4 Results
        • 4.1 Magnetic force verification
        • 4.2 Test problems
          • 4.2.1 A single solid body in a closed cavity
          • 4.2.2 Momentum conservation
          • 4.2.3 A pair of solid bodies in a cosed cavity
          • 4.2.4 Magnetic chain in a rotating magnetic field
        • 4.3 Application: magnetic chain in a periodic shear flow
          • 4.3.1 Effect of solid volume fraction
          • 4.3.2 Effect of mason number
          • 4.3.3 Small amplitude oscillatory shear
      • 5 Conclusion
      • Acknowledgment
      • Appendix A Magnetic force density
      • Appendix B Numerical algorithm
      • Appendix C The finite element method
      • References
  • 10.1016@j.camwa.2015.12.034.pdf
    • Evaluation of a pressure splitting formulation for Weakly Compressible SPH: Fluid flow around periodic array of cylinders (200)
      • Introduction (200)
      • Numerical method (201)
        • Renormalization (202)
        • Pressure--velocity coupling (203)
        • Remarks (204)
      • Stability analysis (204)
        • Verification (207)
      • Results: start-up flow around a periodic array of cylinders (209)
        • Validation and convergence (209)
          • Vanishing reynolds Reynolds number (209)
          • Moderately low Reynolds number (210)
        • The effects of artificial speed of sound (210)
          • Vanishing Reynolds number (211)
          • Moderately low Reynolds number (213)
      • Conclusion (215)
      • Acknowledgement (218)
      • Numerical algorithm (219)
      • Effects of a predictor--corrector (219)
      • References (219)
  • 10.1016@j.apm.2015.11.020.pdf
    • A SPH solver for simulating paramagnetic solid fluid interaction in the presence of an external magnetic field (221)
      • 1 Introduction (221)
      • 2 Governing equations (223)
        • 2.1 Hydrodynamics (223)
        • 2.2 Magnetostatics (223)
      • 3 Smoothed particle hydrodynamics (224)
        • 3.1 Implementation (225)
        • 3.2 Moving solid bodies (225)
        • 3.3 Magnetic force (226)
        • 3.4 Stabilized SPH method (226)
          • 3.4.1 Modified continuity equation (226)
          • 3.4.2 SPH particle shifting (227)
        • 3.5 Remarks (227)
      • 4 Results (227)
        • 4.1 Magnetic force verification (227)
        • 4.2 Test problems (230)
          • 4.2.1 A single solid body in a closed cavity (230)
          • 4.2.2 Momentum conservation (231)
          • 4.2.3 A pair of solid bodies in a cosed cavity (233)
          • 4.2.4 Magnetic chain in a rotating magnetic field (234)
        • 4.3 Application: magnetic chain in a periodic shear flow (236)
          • 4.3.1 Effect of solid volume fraction (237)
          • 4.3.2 Effect of mason number (240)
          • 4.3.3 Small amplitude oscillatory shear (241)
      • 5 Conclusion (245)
      • Acknowledgment (245)
      • Appendix A Magnetic force density (245)
      • Appendix B Numerical algorithm (246)
      • Appendix C The finite element method (247)
      • References (248)
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