1. S. H. Choi, “The Improvement of Smoke Control System inthe Super High-rise Builidng”, Master’s Thiesis, Chungng University, pp. 19-25 p. (2008).
2. K. H. Jang, “A Study on Leakage Volumes and Differential Pressure of Inlet Air Exhaust Dampers in a Smoke Control System”, Doctoral thesis, Kyonggi University, pp. 53-57 p. (2019).
3. K. C. Choi, “Development of Design Technique for the Performance Improvement of Pressurized Smoke Control System - Focused on Vestibule of Special Escape Stairs -”, Doctoral Thesis, Konkuk University, pp. 29-34, pp. 29-34 p. (2010).
4. NFSC 501A, “Smoke Control System of Special Escape Stair”, (2017).
5. Japan Fire Equipment Safety Center, “Guidelines for Designing and Reviewing Pressurized Smoke Control System”, (2012).
6. BS EN 12101-6, “Smoke and heat Control Systems part 6: Specification for Pressure Differential Systems-Kits”, (2005).
7. I. Y. Kim, “A Study on Improving Performance of Pressurization System for Smoke Control”, Master’s Thiesis, University of Seoul, pp. 14-39 p. (2011).
8. B. S. Son, “A Study on Performance Improvement Measures of Pressurized Smoke Control Systems for Exit Passageways of High-rise Buildings”, Journal of The Society of Air-Conditioning and Refrigerating Engineers of Korea, Vol. 21, No. 12, pp. 703-714 (2009).
9. Architectural Institute of Japan, “Building Smoke Control Design Guide”, (2014).
10. Japan Building Center, “Introduction to Building Fire Safety Engineering”, (2002).
11. M. Kishihue, J.-I. Yamaguchi, S. Okinaga, K. Matsuyama and T. Masushita, “Influence on Smoke Shield Performance which the Difference of the Air Supply Systems Causes in Pressurized Smoke Control”, Bulletin of Japan Association for Fire Science and Engineering, Vol. 67, No. 1, pp. 39-48 (2017).