butiran

road to ips-unj-2025

· 3 mins read
  • dd-mmm-yyyy xxxxx Submission last communications.
  • 14-jul-2025 2khgc Copy raw data form google drive to osf.
  • 13-jul-2024 8c2hg Final manuscript upload but in pdf.
  • 12-jul-2025 szw4n Copy files and folders back to osf.
  • 24-jun-2025 09a8d Manuscript intial draft.
  • 23-jun-2025 35936 Manuscript template and submission dates.
  • 21-jun-2025 9c89a Seminar day of ips-unj-2025.
  • 19-jun-2025 d4f74 Code on onecompiler for generating input abm-aor.
  • 18-jun-2025 8f1ab Zoom slides, quant-analys v1, simul-abm-aor v1.
  • 18-jun-2025 65948 Migration of files to github from osf.
  • 17-jun-2025 r2gyh Zoom plan for presentation preparation on 18.
  • 16-jun-2025 2ncw3 Complete UI design without simulation.
  • 16-jun-2025 nsqym Experimental data on google drive.
  • 08-jun-2025 raqbu UI design for walls input.
  • 07-jun-2025 qv6bu Individual abs page, 148 1 & 201 2.
  • 03-jun-2025 q3ygx Initial experiment discussion.
  • 02-jun-2025 6nzys Plan to start experiment.
  • 01-jun-2025 etxk9 Payment receipt to ki-fm.
  • 30-may-2025 7uwek Attendance confirmation.
  • 26-may-2025 37pna Experiment sop v2.
  • 25-may-2025 ej68b Payment confirmation request.
  • 25-may-2025 mwpse Bought materials delivered.
  • 24-may-2025 nexdf First meeting of authors (-1).
  • 24-may-2025 m9y3g Invoice, payment, letters of something.
  • 21-may-2025 ae2y7 WAG creation.
  • 11-may-2025 tca7z Abstract submission finalization.
  • 09-may-2025 hnas4 Check the deadline, today is h-2.
  • 28-apr-2025 czqt6 Experiment sop (putri draft).
  • 26-apr-2025 cbqtz Abstract deadline extension, butiran note.
  • 21-apr-2025 xhm9k Account creation for ips-unj 2025.
  • 27-mar-2025 ng24t Road to ips-unj 2025 wag.
  • 27-mar-2025 h7n4d Set topic to abm for angle of repose.
  • 02-mar-2025 69t4f Info about ips-unj-2025.
  • 01-mar-2025 je5hq A previous work in physics.
  • 26-feb-2025 xb93h First meetup at etitu.
  • 10-feb-2025 v9jp4 Initial discussion.

aims

  1. To extend previous simulation work 3 to bidispersed granular system.
  2. To repeat prevuous experimental work 4 for other granular materials.
  3. To map the relation between simulation and experiment through motion probability matrix.
  4. To determine whether rule of mixture that holds for experiment also holds for the simulation.

refs


  1. Muhammad Farhan Shadiq, Aurellyallodia Faiza Kusuma, Fifi Fitriyah Masduki, Sevi Nurafni, Putri Mustika Widartiningsih, Sparisoma Viridi, “Modeling Granular Mixtures with Simple Rules: A Student Project in Agent-Based Simulation”, International Physics Seminar (IPS) 2025, 21 Jun 2025, Jakarta, Indonesia, url https://interconf.org/2025/ips/kfz/abstract/Ge7LCuvk3 [20250607]. ↩︎

  2. Aurellyallodia Faiza Kusuma, Muhammad Farhan Shadiq, Rizarullah, Reza Aditama, Sparisoma Viridi, Trina Tallei, Fifi Fitriyah Masduki, “Computational Biophysics of Drug-Target Interactions: In Silico Investigation of 2-Anilino-4-Amino Quinazoline Derivatives as Potential Inhibitors of Plasmodium falciparum Dihydroorotate Dehydrogenase”, International Physics Seminar (IPS) 2025, 21 Jun 2025, Jakarta, Indonesia, url https://interconf.org/2025/ips/kfz/abstract/3fNktYEH7 [20250607]. ↩︎

  3. S. Viridi, F. Haryanto, “Agent-based Model and its Potential in Simulating Some Physical Systems”, IOP Conference Series: Materials Science and Engineering, vol 599, no 1, p 012008, 2019, ur http://doi.org/10.1088/1757-899X/599/1/012008 ↩︎

  4. P. M. Widartiningsih, M. I. R. Putra, D. P. P. Aji, A. N. F. Rudiawan, S. Viridi, “Experimental investigation of pile characteristics of non-spherical particles mixtures: pile height and angle of repose”, Journal of Physics: Conference Series, vol 2243, no 1, p 01279, 2022, url http://doi.org/10.1088/1742-6596/2243/1/012079 ↩︎