陳泰安、黃忠信*。鹼激發玻璃無機膠結材之製作與性質。混凝土科技,10(3), 43-53。Oct, 2016. Link
Tai-An Chen, Ji-Hsien Chen and Jong-Shin Huang*. Effects of activator and aging process on the compressive strengths of alkali-activated glass inorganic binders. Cement and Concrete Composites, 76, 1-12. (SCI), Jan, 2017. https://doi.org/10.1016/j.cemconcomp.2016.11.011
Tai-An Chen*. Effects of activator and aging process on the compressive strengths of alkali-activated glass inorganic binders. Taipei. Oct, 2017
陳泰安*。臺灣砂石粒料品質管理。混凝土科技,11(4), 56-63。Oct, 2017. Link
王宣棫、陳泰安*、黃忠信。纖維鹼激發玻璃砂漿之工程性質。混凝土科技,12(2), 65-74。Apr, 2018. Link
陳泰安*。煤灰與非制式材料共同應用於控制性低強度回填材料。台北市。Aug, 2018
陳泰安*。非制式材料應用於煤灰控制性低強度材料。台中市。Sep, 2018
陳泰安*。兼善天下─煤灰控制性低強度材料。高雄市。Sep, 2018
Tai-An Chen, Ran Huang*. Effect of activator and aging process on the properties of fly ash base geopolymer. Coal Ash Asia 2018, ShuoZhou, China. Sep, 2018
邱智勇、陳泰安*。再生粒料以現行驗證方式導入CLSM之適用性探討。混凝土科技,12(4), 70-75。Sep, 2018. Link
陳泰安*。以再開挖性探討控制性低強度材料原料選擇。技師報(1163, 2-3)。Mar, 2019. Link
邱智勇、許深博、陳泰安*。高飛灰掺量打底混凝土。混凝土科技,13(2), 70-77。Apr, 2019. Link
陳泰安*、邱智勇、鍾益庭。灰塘灰水泥砂漿之抗壓強度探討。混凝土科技,13(3), 47-52。Jul, 2019. Link
陳泰安*、邱智勇。煤灰應用於焚化再生粒料控制性低強度材料之效益。技師期刊,86, 59-65。Sep, 2019. Link
楊慶恩、陳泰安*。玻璃無機聚合物凝結時間於不同環境溫度下之影響。混凝土科技,14(2), 65-72。Apr, 2020. Link
Tai-An Chen*. Optimum curing temperature and duration of alkali activated glass inorganic binders. Journal of the Chinese Institute of Engineers, 43(6), 592-602. (SCI), Jun, 2020. https://doi.org/10.1080/02533839.2020.1777206
張峻輔、陳泰安*。袋裝乾拌極限高性能混凝土之耐久性探討。技師期刊,89, 77-84。Jul, 2020. Link
Cheng-Wei Hung, Hsin-Hung Lai, Bor-Cherng Shen, Pin-Wen Wu and Tai-An Chen*. Development and validation of overpressure response model in steel tunnels subjected to external explosion. Applied Sciences-Basel, 10(18), 6166. (SCI), Sep, 2020. https://doi.org/10.3390/app10186166
Cheng-Wei Hung, Ying-Kuan Tsai*, Tai-An Chen and Pin-Wen Wu. An experimentally validated numerical model for the near-field explosion of an ammunition storage magazine. Applied Sciences-Basel, 10(19), 6849. (SCI), Sep, 2020. https://doi.org/10.3390/app10196849
Wei-Chung Yeih*, Jiang-Jhy Chang and Tai-An Chen. A closer look at cracks in marine infrastructure. Impact, 4, 49-51. Oct, 2020. Link
羅永霖、陳泰安*。以活性指數評估細磨燃煤底灰作為卜作嵐材料之研究。技師期刊,92, 85-93。Apr, 2021. Link
Tai-An Chen*. Mechanical properties of glass-based geopolymers affected by activator and curing conditions under optimal aging conditions. Crystals, 11(5), 502. (SCI), May, 2021. https://doi.org/10.3390/cryst11050502
Cheng-Wei Hung, Ying-Kuan Tsai, Tai-An Chen*, Hsin-Hung Lai and Pin-Wen Wu. Numerical study of pressure attenuation effect on tunnel structures subjected to blast loads. Applied Sciences-Basel, 11(12), 5646. (SCI), Jun, 2021. https://doi.org/10.3390/app11125646
林展亦、黃晨哲、陳泰安*、張晉。鹼激發爐石與卜特蘭水泥複合砂漿之工程性質。混凝土科技,15(3), 46-51。Jul, 2021. Link
Chan-Yi Lin, Tai-An Chen*. Effects of composition type and activator on fly ash-based alkali activated materials. Polymers, 14(1), 63. (SCI), Jan, 2022. https://doi.org/10.3390/polym14010063
Tai-An Chen*. Activation energy approach for alkali-activated glass inorganic binders in different aging conditions. Advances in Cement Research, 34(4), 161-174. (SCI), Apr, 2022. https://doi.org/10.1680/jadcr.21.00134
葉為忠、楊雅雯、張建智、陳泰安*。使用電弧爐氧化碴製作預鑄透水混凝土製品之研究。技師期刊,98, 76-87。Sep, 2022. Link
莊均緯、陳泰安*。土木技師於環境、社會和公司治理浪潮下的轉機與挑戰。技師期刊,101, 95-97。Jul, 2023. Link
黃昱喬、陳泰安*。淺談預拌混凝土減碳策略。泥匠,(5), 46-61。Nov, 2023
Chun-Wei Chuang, Tai-An Chen* and Ran Huang. Effect of Finely Ground Coal Bottom Ash as Replacement for Portland Cement on the Properties of Ordinary Concrete. Applied Sciences-Basel, 13(24), 13212. (SCI), Dec, 2023. https://doi.org/10.3390/app132413212
莊均緯、陳泰安*。循環經濟探討淨零碳排與永續發展的關鍵差異–以爐石與水淬高爐爐碴粉為案例。技師期刊,104, 92-95。Apr, 2024. Link
Wei-Chung Yeih*, Jiang-Jhy Chang and Tai-An Chen. Corrosion rate measurement of multiple reinforcements using the galvanostatic pulse technique with the guard ring. ICCEPM 2024, Sapporo, Japan. Jul, 2024. https://doi.org/10.6106/ICCEPM.2024.0224
莊均緯、陳泰安*。淨零碳排與永續經營–營建業的雙重挑戰與機遇。現代營建,(536), 41-48。Jul, 2024. Link