1. Fukumoto, K., Murosaki, Y., & Hokugo, A. (2004, May). A study on the effect of group fire prevention method against urban fire in wooden high density urban areas (in Japanese). In Proceeding of Architectural Research Meetings (Kinki Chapter), 44, 585–588.
2. Hirokawa, N., & Osaragi, T. (2016). Earthquake disaster simulation system: Integration of models for building collapse, road blockage, and fire spread. Journal of Disaster Research (Special Issue on Disaster and Big Data), 11(2), 175–187.
3. Igarashi, M., & Murao, O. (2007). Effectiveness of Tokyo Metropolitan Government Promotional Project for improvement of wooden house congested districts for area vulnerability reduction (in Japanese). Journal of Social Safety Science, 9, 235–244.
4. Ikeda, S., Hasemi, Y., Yasui, N., & Nakayama, H. (2010, March). Possibility of applying quake-resistant and fire-prevention simultaneous reinforcement technology in densely built-up wooden residential areas and its effects on preventing fire-spread: A case study in Kyojima district, Sumida Ward (in Japanese). In Proceeding of Architectural Research Meetings (Kanto Chapter), 81(I), 533–536.
5. Iwami, T. (2005). Evaluation of city performance against fire using a simulation of city fire: A study on an effect of city improvement in a virtual city (in Japanese). Journal of the City Planning Institute of Japan, 40(3), 727–732.