国際会議Proceedings - 濱 幸雄

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  1. Effect of Self-desiccation on Frost Resistance of Concrete

    O.Senbu・Y.Hama・F.Tomosawa,Self-desiccation and Its Importance in Concrete Technology,(頁 139 ~ 160),Lund University,2002年06月

  2. A Study on Cold Weather Concreting using Low-heat Type Cement

    F.Sukawa・Y.Hama・K.Ryu・H.Wami,Proceedings of 5th Korea/Japan Joint Sympojium on Building Materials&Construction,(頁 249 ~ 254),2000年08月

  3. Investigation of Condition for Simple Insulate Curing Correspond to Temperature History of Concrete Structure

    K.Ryu・Y.Hama,Proceedings of 5th Korea/Japan Joint Sympojium on Building Materials&Construction,(頁 87 ~ 92),2000年08月

  4. The Estimation of the Duration Years for Frost Damage of Concrete

    K.Matsumura・Y.Hama・M.Tabata・E.Kamada,Proceedings of the 4th Japan / Korea Joint Symposium on Building Materials,(頁 192 ~ 197),1999年02月

  5. Freezing Behavior and Strength Development of Concrete containing Antifreezers under Freezing Condition

    Y.Hama・E.Kamada,Concrete Under Severe Conditions 2 (Consec98),,(頁 1846 ~ 1854),1998年06月

  6. An Experimental Study on Frost Resistance of Concrete considering Drying Effects

    Y.HAMA・E.KAMADA・C.G.HAN,Frost Resistance of Concrete,(頁 195 ~ 201),1997年09月

  7. Properties at Early Ages and Strength Development of Hot Concrete for Applying Cold Weather Concreting

    X.XU・K.IKEDA・T.YOSHINO・O.KATSURA・E.KAMADA・Y.HAMA,Proceedings of 3rd International Joint Symposium between Korea and Japan,(頁 31 ~ 37),1997年08月

  8. An Experimental Study on Frost Resistance of Concrete considering Drying Effects

    Y.HAMA・E.KAMADA・C.G.HAN,Proceedings of 3rd International Joint Symposium between Korea and Japan,(頁 85 ~ 93),1997年08月

  9. A Study on Freezing Behavior of Water in Concrete and Mechanism of Frost Damage at Early Ages

    Y.HAMA,Proceedings of 2nd International Joint Symposium between Hokkaido University and Chungnam National University,(頁 135 ~ 145),1996年08月

  10. A Study on Effects of Non-chloride and Non- alkali Type Antifreezers on Frost Resistance of Concrete at Early Ages

    Y.HAMA・E.KAMADA・Y.OKUDERA,Concrete Under Severe Conditions (Consec 95),(頁 1348 ~ 1357),1995年06月

  11. A Study on Effects of Non-chrolide and Non-alkali Type Antifreeze Admixtures on Frost Resistance at Early Ages

    Y.HAMA・Y.OKUDERA・E.KAMADA,Proceedings of International Joint Symposium between Hokkaido University and Chungnam National University,(頁 133 ~ 140),1994年08月

  12. A Study on the Basical Properties and Durability of Polymer-Cement Complex Materials

    E.H.HWANG・Y.HAMA・E.KAMADA,Proceedings of International Joint Symposium between Hokkaido University and Chungnam National University,(頁 47 ~ 60),1994年08月

  13. A Study on Possibility and Control of Alkali Aggregate Reaction of High Strength Concrete

    Y.J.KOWN・Y.HAMA・Y.SAWADA・M.TABATA・E.KAMADA,Proceedings of International Joint Symposium between Hokkaido University and Chungnam National University,(頁 115 ~ 122),1994年08月

  14. Frost Resistance and Physical Properties of Polymer-Modified Mortars

    E.H.HWANG・T.HASEGAWA・Y.HAMA・E.KAMADA・Y.OHAMA,The First East Asia Symposium on Polymers in Concrete,(頁 53 ~ 80),1994年

  15. Study on Relationship between Environmental Conditions and Standard Method of Freezing-and-Thawing Test (ASTM C-666 A) on Frost Resistance of Concrete

    Y.HAMA・E.KAMADA・M.TABATA・Y.KOH,Durability of Building Materials and Components,(頁 1162 ~ 1170),1993年09月

  16. Frost Resistance of Increased Density Autoclaved Aerated Concrete

    Y.HAMA・E.KAMADA・M.TABATA・T.WATANABE,Advances in Autoclaved Aerated Concrete,(頁 157 ~ 163),1992年09月

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