Ahab, c. c. (2016). Technical reports of Tehran metro line 6.
Alamir, P., Izadi, A. R., Jamshidi, H., Sotoode, A., & Khosrowtash, M. (2006). A new transit method of shield TBMs from excavated space (Case Study: Metro Shiraz). 7th Iranian Tunnelling Conference.
Changi, K., Ghasabiyan, E., & Mardanshah, A. (2007). Comparison of Semi-ring support and push frame for starting excavation in mechanized excavation - case study the 2nd line of subway in Mashhad. Research consulting engineers.
El-Nahhas, F. M., Abdel-Rahman, M. T., & Iskander, G. M. (2006). Utilization of grouting techniques for construction of underground structures in urban areas.
Feng-yuan, L. (2009). Application of shield station-passing construction technology. Construction Mechanization, 2, 041.
Gharouni-nik, M., Zaeimi-feshani, M., & Fakhri, B. (2013). Technical and economic studies of station excavation and passing metro tunnels in urban areas. third International Conference on Recent Advances in Railway Engineering.
Giuseppe, l., Mancinelli, L., & Massimiliano, A. (2013). Milan M5 metro extension–the construction of Lotto station. Tunnelling in Mediterranean Region, Croatia.
Khosrowtash, M., Khosrowtash, M., Katebi, S., & Nabiree, N. (2009). Comparing deferent method for starting excavation with shield TBM. 8th Iranian Tunnelling Conference, Tehran, Iran.
Le Van, C., Leoutsakos, G., & Doulakis, I. (2009). Athens Metro–Elliniko Extension TBM Tunnel Construction. BHM Berg-und Hüttenmännische Monatshefte, 154(10), 450.
Liu, W., Luo, F., & Mei, J. (2000). A new construction method for a metro station in Beijing. Tunnelling and Underground Space Technology, 15(4), 409-413.
Mike, K., Ivor, T., & Andy, S. (2017). Crossrail project: machine-driven tunnels on the Elizabeth line, London. Proceedings of the Institution of Civil Engineers-Civil Engineering.
Oldenhave, A. (2014). Starting a large diameter TBM from surface: Feasibility study for the Netherlands, Technical University of Delft, Netherlands .
Pöllath, K., Haehnig, F., & Glückert, J. (2007). Deep Diaphragm Wall Activities at RandstadRail Project in Rotterdam, The Netherlands. DFI Journal-The Journal of the Deep Foundations Institute, 1(1), 19-27.
Vittorio, G., Piergiorgio, G., Ashraf, M., & Shulin, X. (2008). Mechanized tunnelling in urban areas: design methodology and construction control: CRC Press.
Wang, X., Yang, B., & Liu, W.-b. (2007). Construction Technique on Station-crossing Movement for Shield Machine. Tunnel Construction, 4, 013.
Yanjun, X. (2012). Technologies for Local Semi-ring Assembly Shield Passing through Intermediate Ventilation Tunnel. Tunnel Construction, S1.
Yun, B., Zhiren, D., & Huiming, W. (2010). Analysis on Adaptability of Shield Machine for Passing through Metro Station. Chinese Journal of Underground Space and Engineering, 1, 028.
Zhu, W., Weng, C., & Chen, J. (2012). Station-crossing Technologies of Open TBM: Case Study on No. 6 Line of Chongqing MRT. Tunnel Construction, 5, 028.
)