1. |
安福 規之, Lesson from recent geo-disaster caused by heavy rainfall in recent years in Kyushu Island, Japan, 国際地すべり学会, 2021.11. |
2. |
安福 規之, Performance of a new technology for improving deep soft soil ground by floating type mixing wall and its application in Japan, 中南大学主催セミナー, 2019.08. |
3. |
安福 規之, Mongolian Academy of Sciences Kyushu University Joint Research Greening Project since 2009, モンゴル科学アカデミー, 2019.06. |
4. |
安福 規之, Introduction and Celebration of MOU, 砂漠化対策共同プロジェクト, 2019.04, 九州大学とモンゴル科学アカデミーに基づいて、2009年から始まったモンゴル科学アカデミーとの共同研究が10年目を迎えることを記念したワークショップを日本で開催した。共同研究の10年を振り返った内容を話す。. |
5. |
安福 規之, A new technology for improving deep soft soil ground by floating type mixing wall and its application in Japan, International Conference on Geotechnics in Yogyakarta, Indonesia, 2018.07. |
6. |
安福 規之, Geo-disasters in Northern Kyushu Kyushu Area, Japan caused by extreme heavy rainfall in July 2017, 7th Japan-China Joint symposium in Hainan, 2018.03, 平成29年7月九州北部の豪雨災害に関する調査分析結果を紹介し、得られた教訓と今後の留意点を紹介した. |
7. |
安福 規之, A new technology for improving deep soft soil ground by floating type mixing wall and its application in Japan, 6th Khon Kaen University International Engineering Conference 2016 (KKU‐IENC2016),, 2016.08. |
8. |
安福 規之, 石蔵良平, 谷山 充, Compaction quality on the embankment slope and its evaluation method, 第15回アジア地域国際地盤工学会, 2015.11. |
9. |
安福 規之, Report on geodisasters in Northern Kyushu Area caused by heavy rainfall in July 2012, Taiwan Geotechnical Society, 2012.11. |
10. |
安福 規之, A Geotechnical Challenge for Combating Desertification -Application of Self-Watering System in Unsaturated Arid Ground- , 地盤工学会, 2012.11. |
11. |
安福 規之, Field Investigations of Soil Conditions at Habitat of Medical Plant “Licorice” in Mongolia
, Institute of Botany, Mongolian Academy of Sciences, 2012.09. |
12. |
JS-Fukuoka 2009, International Joint Symposium on Geodisaster Prevention and Geoenvironment in Asia. |
13. |
Reduction Effect of Vertical Earth Pressure by Using Heat Compressed Crushed Waste EPS over A Box Culvert. |
14. |
Effects on Collapsible Sandy Soils in Double Consolidation Test. |
15. |
Definition of Collapsibility Property to Shirasu Soil. |
16. |
Effects of Preloading on PVD Improved Ground with Electro-Osmotic Consolidation. |