Civil Engineering CMU

ผลงานตีพิมพ์ย้อนหลัง คณาจารย์ภาควิชาวิศวกรรมโยธา

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2010
Voottipruex, P., T. B. D., & Tanchaisawat T. (2010).  Lightweight recycled geomaterials reinforced with geogrids. Ground Improvement Journal-Special Issue for Sustainable Geotechnical Engineering. 163(1), 13-21.
2009
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., 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., Voottipruex P., & Shehzad K. (2009).   Interaction between geogrid and lightweight tire-chips sand mixtures: Laboratory and numerical investigation. Geosynthetics 2009 The First North America Geosynthetics Conference.
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.
2008
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., 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.
2007
Bergado, D. T., Tanchaisawat T., Voottipruex P., & Kanjananak T. (2007).   Reinforced lightweight tire chips-sand mixtures for bridge approach utilization (Keynote Lecture). Proceeding of the International Workshop on Scrap Tire Derived Geomaterials-Opportunities and Challenges (IW-TDGM 2007).