List of Publications

 [1] Da Via` , A., Marotta, M., & Peach, G. (2005).  High pressure jet grouting in tunnels–a case study. In Y. Erdem, & T. Solak (Ed.), Underground Space Use. Analysis of the Past and Lessons for the Future, Proceeding of the 34th World Tunneling Congress. 1, pp. 477-483. Istanbul: A.A. Balkema Publishers.

[2] Yamamura, M., Da Via`, A., & Marotta, M. (2005). Overcome the Big Collapses by the Jet Grouting Technology at Taiwan High Speed Railway – Hukou Tunnel . International Symposium on Design, Construction and Operation of Long Tunnels. 1, pp. 487-483. Taipei: Chinese Taipei Tunnelling Association and Taiwan Area National Expressway Bureau.

[3] Da Via`, A., Marotta, M., & Peach, G. (2006).   High pressure jet grouting for a collapsed tunnel—A case study. International Conference and Exhibition on Tunnelling and Trenchless Technology. 1, pp. 143-155. Subang, Malaysia: Institute of Civil Engineers Malaysia.

[4] Pearce, B. M., Koh, C. T., Tong, S. Y., & Marotta, M. (2008, April).  SCL challenge under AYA . Tunnels and Tunnelling international , pp. 32-35.

[5] Ganeshan, V., Ow, C. N., Marotta, M., Yoshimitsu, A., & Jee, Y. Y. (2008).  Grouting and its Application in Tunneling. International Conference on Deep Excavation, 1. Singapore.

[6] Tong, S. Y., Marotta, M., Joshi, M., Ow, C. N., Singhal, V., Stadelmann, R., (2008).  Design and construction of twin mined tunnels in residual soil. International Conference on Deep Excavation, 1. Singapore.

[7] Tong, S. Y., Stadelmann, R., Mann, C. R., Tang, S. K., Marotta, M., Joshi, M., (2008).  Design and construction of mined tunnels in challenging site conditions. In V. K. Kanjlia, T. Ramamurthy , P. P. Wahi, & A. C. Gupta (Ed.), Underground Facilities for Better Environment and Safety, Proceeding of the 37th World Tunnel Congress. 2, pp. 1220-1229. Agra: Central Board of Irrigation & Power.

[8] Marotta, M. (2010).  Singapore Bukit Timah granite: Slurry quality control for TBM tunneling. World Transport Congress. 1, pp. 237-245. Singapore: Research Publishing.

[9] Pearce, B. M., Keong, P. C., Marotta, M., & Leong, L. C. (2011).  Downtown Line 1, Contract 905 – Stacked Tunnelling under Formula 1. Proceeding of the 40th World Tunnel Congress. Helsinki.

[10] Marotta, M. (2013).  Singapore's Land Transport Authority: 15 years of innovative use of sprayed concrete lining. Singapore International Transport Conference and Exhibition. Singapore: Land Transport Authority.

[11] Lim, J., Muthu Kumarasamy, D., Marotta, M. (2017)  Latest development in Horizontal Grouting for Cross Passages in Thomson-East Coast Line C1-C2 . TUCSS Hulme Prize Competition paper 

[12] Yee, T.C. Marotta, M, & Ow, C.N. (2018)  Excavation Management System for Slurry TBM in Singapore . Proceeding of the World Tunnelling Congress 2018, Dubai 

[13] Mohiadeen, M., Marotta, M. (2018)  Construction of a 170m Long Cripple Sided Tunnel Using Variable Geometry Hydraulic Formwork in DTL 3, C927. Proceeding of Underground Singapore 2018. Singapore.

[14] Bernard, H., Lau, M.K., Senthilkumar, M., Sze, Y.S., Marotta, M., Senthilnath, G.T. (2018)  Use of High Density Slurry for Shallow Tunneling in Thomson East Coast Line . Proceeding of Underground Singapore 2018. Singapore.

[15] Yee, T.C. Marotta, M, & Ow, C.N. (2018)  Theory and Application of Excavation Management System for Slurry TBM in Singapore. Proceeding of Underground Singapore 2018. Singapore.

[16] Lim, S.Q., Chen, S.J., Marotta, M., Ho, K.S. (2018)  T212 – Upper Thomson Station & Associated Tunnels (Undercrossing existing live CCL tunnels). Proceeding of Underground Singapore 2018. Singapore.

[17] Bernard, H., Lau, M.K., Senthilkumar, M., Sze, Y.S., Marotta, M., Senthilnath, G.T. Ow, C.N. (2019)  High density slurry for shallow bored tunneling in Singapore. Proceeding of the World Tunnelling Congress 2019, Naples

[18]  GM Gaspari, Marotta, M. (2022) "La resilienza nel mondo delle gallerie e la visione del sistema dei trasporti di Singapore. Gallerie e grandi opere sotterranee, Year XLIV, N. 142, June 2022

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