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Yunhe Tong
Yunhe Tong
Verified email at ed.ac.uk
Title
Cited by
Cited by
Year
An extended model for describing pedestrian evacuation under the threat of artificial attack
C Chen, Y Tong, C Shi, W Qin
Physics Letters A 382 (35), 2445-2454, 2018
332018
The principles of pedestrian route choice
Y Tong, NWF Bode
Journal of the Royal Society Interface 19 (189), 20220061, 2022
242022
The value pedestrians attribute to environmental information diminishes in route choice sequences
Y Tong, NWF Bode
Transportation research part C: emerging technologies 124, 102909, 2021
142021
Evacuation simulation considering action of guard in artificial attack
CK Chen, YH Tong
Chinese physics B 28 (1), 010503, 2019
142019
Study on crowd evacuation model under panic state based on cellular automata
C Chen, YH Tong
Journal of Safety Science and Technology 15 (6), 12-17, 2019
112019
Higher investment levels into pre-planned routes increase the adherence of pedestrians to them
Y Tong, NWF Bode
Transportation research part F: traffic psychology and behaviour 82, 297-315, 2021
92021
Using agent-based simulation to assess disease prevention measures during pandemics
Y Tong, C King, Y Hu
Chinese Physics B 30 (9), 098903, 2021
92021
An investigation of how context affects the response of pedestrians to the movement of others
Y Tong, NWF Bode
Safety science 157, 105919, 2023
72023
Simulation investigation on crowd evacuation strategies for helping vulnerable pedestrians at different stages of egress
Y Tong, NWF Bode
International Journal of Disaster Risk Reduction 84, 103479, 2023
42023
How building layout properties influence pedestrian route choice and route recall
Y Tong, NWF Bode
Transportmetrica A: transport science 20 (2), 2143249, 2024
32024
My writing journey
Y Tong
Science 375 (6584), 1062-1062, 2022
22022
Empirical investigations on the role of psychological factors in pedestrian route choice
Y Tong, NWF Bode
Crowd Dynamics, Volume 4: Analytics and Human Factors in Crowd Modeling, 81-101, 2023
12023
Pedestrian route choice in buildings: experiments and modelling
Y Tong
University of Bristol, 2023
2023
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Articles 1–13