Profil
Nom:
NICOLAS Alexandre
Equipe(s):
- Modélisation de la Matière Condensée et des Interfaces
Position:
Chercheur
Bureau(x):
- BRILLOUIN / 4ème / 14-001
Mel:
alexandre.nicolas@univ-lyon1.fr
Tél(s):
- 0472448237
Near-future projections in continuous agent-based models for crowd dynamics: mathematical structures in use and their implications
Journal of Statistical Mechanics: Theory and Experiment, p033403
(2025)
Viral transmission in pedestrian crowds: Coupling an open-source code assessing the risks of airborne contagion with diverse pedestrian dynamics models
Collective Dynamics, vol. 9, p159
(2024)
Dimensionless Numbers Reveal Distinct Regimes in the Structure and Dynamics of Pedestrian Crowds
PNAS Nexus, vol. 3, ppgae120
(2024)
Continuous agent-based modeling of adult-child pairs based on a pseudo-energy: Relevance for public safety and egress efficiency
Safety Science, vol. 177, p106576
(2024)
Non-monotonic flow variations in a TASEP-based traffic model featuring cars searching for parking
Journal of Physics: Complexity, vol. 5, p035014
(2024)
Parking search in the physical world: Calculating the search time by leveraging physical and graph theoretical methods
Transportation Science, vol. 57, p685-700
(2023)
Revisiting the theoretical basis of agent-based models for pedestrian dynamics
Fields Communication Series, Springer-Nature
(2023)
Pedestrians in static crowds are not grains, but game players
Physical Review E, vol. 107, p024612
(2023)
From microscopic droplets to macroscopic crowds: Crossing the scales in models of short-range respiratory disease transmission, with application to COVID-19
Advanced Science, vol. 10, p2205255
(2023)
Body and mind: Decoding the dynamics of pedestrians and the effect of smartphone distraction by coupling mechanical and decisional processes
Transportation research. Part C, Emerging technologies, vol. 157
(2023)
Adult-child pairs walking down stairs: Empirical analysis and optimal-step-based modeling of a complex pedestrian flow, with an exploration of flow-improvement strategies
Journal of Statistical Mechanics: Theory and Experiment, vol. 23, p013404
(2023)
Special issue on the dynamics and behaviours of pedestrian groups
Transportmetrica A: Transport Science, vol. 19, p2099034
(2023)
Spontaneous emergence of counterclockwise vortex motion in assemblies of pedestrians roaming within an enclosure
Scientific Reports, vol. 12, p2647
(2022)