Prof.Dr. CHAI JATURAPITAKKUL

Work Affiliations

Strategic Research Themes

Publications

  

  

  

1 of 8

  

  

  

• ● Integrated evaluation of hydraulic and acoustic properties of high strength pervious concrete for urban pavement; Tran, T.N.H.; Tia, M.; Hongthong, et al.; 2026; Journal article
• ● Development of binary and ternary binders made from industrial by-products for producing controlled low-strength materials; Dokduea, W.; Keawsawasvong, S.; Tangchirapat, et al.; 2025; Journal article
• ● DEVELOPMENT OF HYDROPHOBIC ALKALI-ACTIVATED MORTAR MADE FROM FLY ASH AND CALCIUM CARBIDE RESIDUE MIXTURE AS A BINDER; นวณัฐ ชัยวาสี, วีรชาติ ตั้งจิรภัทร, ชัย จาตุรพิทักษ์กุล; 2025; Conference proceedings article
• ● Evaluation of fresh and mechanical properties and shrinkage of hydrophobic mortar containing microfiber for 3D printing technology; Sakolaree, N.; Taweesint, J.; Sungsiri, et al.; 2025; Journal article
• ● Evaluation of performance of the cracked concrete repairing with microbially induced calcium carbonate precipitation (MICP) technique; เบญญทิพย์ มุ่งดี, พรเกษม จงประดิษฐ์, วีรชาติ ตั้งจิรภัทร, et al.; 2025; Conference proceedings article
• ● Influences of steel fiber shapes and contents on compressive strength, shrinkage, and creep of high performance concrete containing high volume ground bottom ash; Hongthong R.; Tadang C.; Tangchirapat W.; Jaturapitakkul C.; 2025; Journal article
• ● Mechanical and compatibility properties of alkali-activated repair mortar reinforced with microfibers; Praneedpolkrang P.; Dokduea W.; Mangkhang K.; Jaturapitakkul C.; Tangchirapat W.; 2025; Journal article
• ● Utilization of Calcium Carbide Residue and Bottom Ash as a Binder for Making Concrete Paving Block; อาอีซะห์ ซอ, อรรคเดช อับดุลมาติน, ปกป้อง รัตนชู, et al.; 2025; Conference proceedings article
• ● An alternative approach to protect micro-cracked reinforced concrete under a marine environment; Thongchom C.; Sanit-in P.K.; Tangchirapat W.; Jaturapitakkul C.; Sanit-in S.; 2024; Journal article
• ● An investigation of palm oil fuel ash and limestone powder for use in sustainable high strength concrete construction; Investigación del empleo de ceniza de la combustión de aceite de palma y filler calizo en la fabricación de hormigones sostenibles de alta resistencia; Jaturapitakkul C.; Tangchirapat W.; Ratanachu P.; Abdulmatin A.; Dueramae S.; Charoensuk T.; Khongpermgoson P.S.I.; 2024; Journal article
• ● Application of ultra high-performance mortar for producing high-performance pervious concrete with low carbon emissions and cost; Trinh Nhat Ho Tran, Harsimranpreet Kaur, Teerathamrong Sukcharoen, et al.; 2024; Journal article
• ● Assessment of bonding strength of steel bar in recycled aggregate concrete containing ground palm oil fuel ash; Thanawich Sripan, Sattawat Haruehansapong, Wunchock Kroehong, et al.; 2024; Journal article
• ● A study of mortar mixture and flexural strength of mortar beam manufactured by using 3D printing technology; Yanisa Kalrayanamit,Thanakorn Suthiapa, Waraluk Pansuwan, et al.; 2024; Conference proceedings article
• ● A study of post-fire strengths of concrete strengthened with ultra high performance steel fiber reinforced concrete; กฤติธี พุทธรักษ์, พีรพล อินทคล้าย, ณมณฑล เอกะจิตร์, et al.; 2024; Conference proceedings article
• ● Development of lightweight alkali-activated mortar for 3D printing technology; พรทิภา เกิดมนตรี, พชร ธนากูลวุฒิพร, ลักษมีกานต์ วงษ์เวียน, et al.; 2024; Conference proceedings article
• ● Effects of elevated temperature on mechanical properties and microstructures of alkali-activated mortar made from low calcium fly ash-calcium carbide residue mixture; Praneedpolkrang P.; Chaiwasee N.; Koedmontree P.; Suthiwong A.; Kaur H.; Jaturapitakkul C.; Tangchirapat W.; 2024; Journal article
• ● Evaluation of clogging resistance, strength, and durability in high-strength pervious concrete with recycled concrete aggregate, sustainable binder, and hydrophobic treatments; Ho Tran T.N., Kaur H., Jaturapitakkul C., et al.; 2024; Journal article
• ● FRESH AND HARDENED PROPERTIES OF CONTROLLED LOW-STRENGTH MATERIAL MADE FROM LIME KILN DUST AND BOTTOM ASH AS A BINDER; Yasmin Binmumin, Akkadath Abdulmatin, Weerachart Tangchirapat, et al.; 2024; Conference proceedings article
• ● Fresh and mechanical properties of controlled low-strength material produced from industrial by-products; เกวลิน จิรภัทรโภคิน, วีรชาติ ตั้งจิรภัทร, ชัย จาตุรพิทักษ์กุล; 2024; Conference proceedings article
• ● Investigation of strength and water permeability of sustainable high-performance concrete containing high-volume ground bottom ash blended with fly ash and nano-silica; Harsimranpreet Kaur, Natthawat Kulthaweepisit, Trinh Nhat Ho Tran, et al.; 2024; Journal article

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