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Thongmunee, S., Matsumoto T., Kobayashi S. -ichi, Kitiyodom P., & Kurosawa K. (2011).  Experimental and numerical studies on push-up load tests for sand plugs in a steel pipe pile. Soils and foundations. 51(5), 959–974. Abstract
Thongmunee, S., Kobayashi S. -ichi, & Matsumoto T. (2011).  Push-up load tests using uncrushable particles and its DEM analyses. Geotechnical Engineering Journal of the SEAGS-AGSSEA. 42(2), 43-55. Abstract
Thongmunee, S., Kobayashi S. -ichi, & Matsumoto T. (2012).  Plugging mechanism of soil column within pipe pile using uncrushable uniform particle assembly. The 9th International Conference on Testing and Design Methods for Deep Foundations (IS-Kanazawa 2012). Abstract
Thongmunee, S., & Thongchai A. (2016).  Reliability analysis of pile driving formula for concrete driven piles in stiff soil layer: Case study in Chiang Mai Province. The Eighth Asian Young Geotechnical Engineers Conference.
Thongmunee, S., Kobayashi S. -ichi, Matsumoto T., & Kakitani Y. (2012).  Push-up load tests of soil plugs using two different spherical sizes assemblies. The 9th International Conference on Testing and Design Methods for Deep Foundations (IS-Kanazawa 2012). Abstract
Thanakun, W., & B.Satayopas (2010).  An Analysis of Road Accident using Fuffy Fault Tree. NTC-7.
Thanakun, W., & B.Satayopas (2011).  Road Accident Mitigation Measures and Evaluation by Fuzzy Fault Tree. Proc. of the 16th National Convention on Civil Engineering.
Tansiri, N., & Hansapinyo C. (2010).   “Nonlinear Finite Element Analysis of Buckling Strength of Irregular Section Cold-formed Steel Columns Under Concentric Compressive Loading”. Research and Development Journal The Engineering Institute of Thailand. 21(4), 
Tanchaisawat, T., Voottipruex P., Bergado D. T., & Hayashi S. (2008).  Performance of full scale test embankment with reinforced lightweight geomaterials on soft ground. Lowland International Journal. 10(1), 84-92.
Tanchaisawat, T., Bergado D. T., & Kanjananak T. (2007).  Lightweight geomaterials for bridge approach utilization. Proceeding of the 16th Southeast Asian Geotechnical Conference 2007.
Tanchaisawat, T., & Bergado D. T. (2009).  Environmental sustainability by using recycled tire chips-sand mixtures reinforced with geogrids. International Symposium on Geotechnical Engineering, Ground Improvement and Geosynthetics for Sustainable Mitigation and Adaptation to Climate Change including Global Warming.
Tanchaisawat, T., Nontananandh S., Bergado D. T., & Nokkaew K. (2008).  Settlement reduction by using lightweight geomaterial reinforced with geogrid on soft Bangkok clay. Proceeding of the International Symposium on Lowland Technology ISLT2008.
Tanchaisawat, T., Bergado D. T., & Voottipruex P. (2008).  Numerical simulation and sensitivity analysis of full scale test embankment with reinforced lightweight geomaterials on soft Bangkok clay. Geotextiles and Geomembranes. 26(6), 498-511.
Tanchaisawat, T., Bergado D. T., & Kanjananak T. (2007).  Lightweight geomaterials for bridge approach utilization on soft ground area. Proceeding of the 45th Kasetsart University Annual Conference.
Tanchaisawat, T., Bergado D. T., Ramana G. V., Voottipruex P., & Nontananandh S. (2009).  Geogrid reinforced lightweight geomaterials for improve soft ground settlement. Geo-Africa 2009 The 1st Africa Regional Conference on Geosynthetics.
Tanchaisawat, T., Bergado D. T., & Prempramote S. (2006).  Interaction between geogrid reinforcement and tire chips-sand mixture. Proceeding of the 44th Kasetsart University Annual Conference.
Tanchaisawat, T., Bergado D. T., & Lai Y. P. (2008).  Numerical analysis of full scale test embankment reinforced lightweight geomaterials on soft ground. Proceeding of Geosynthetics Asia 2008 - The4th Asian Regional Conference on Geosynthetics.
Tanchaisawat, T., & T. B. D. (2009).  Interaction between geogrid and tire chips-sand mixture: Pullout test simulation. Kasetsart Journal (Natural Science). 43(5), 399-403.
Tanchaisawat, T., Bergado D. T., Prempramote S., Ramana G. V., Piyaboon S., & Anujorn P. (2006).  Interaction between georid reinforcement and tire chips-sand mixture. Proceeding of the 8th International Conference on Geosynthetics.
Tanchaisawat, T., Bergado D. T., Hirun Y., & Voottipruex P. (2009).   Sensitivity analyses of geogrid reinforced lightweight geomaterials embankment on soft Bangkok clay. The 14th National Civil Engineering Conference.
Tanchaisawat, T., Bergado D. T., & S. P. (2006).  Interaction between geogrid reinforcement and tire chip-sand mixture. Kasetsart Journal (Natural Science). 40(5), 320-326.
Tanchaisawat, T., Bergado D. T., Piyaboon S., & Lai Y. P. (2008).  Performance of rubber tire chip-sand backfill with geogrid reinforced embankment on soft ground. Proceeding of GeoAmerica 2008 - The First Pan American Geosynthetics Conference and Exhibition.
Tanchaisawat, T., Tongauntang A., Kaentaow R., & Sawaetwong S. (2011).  Porous concrete application for irrigation canal. The 16th National Civil Engineering Conference.
Tanchaisawat, T., T. B. D., & Voottipruex P. (2009).  2D and 3D simulation of geogrid-reinforced geocomposite material embankment on soft Bangkok clay. Geosynthetics International. 16(6), 420-432.
Tanchaisawat, T., & Bergado D. T. (2009).   Interaction between geogrid and tire chips-sand mixture: Pullout test simulation. The 47th Kasetsart University Annual Conference.