河南城建学院学报
河南城建學院學報
하남성건학원학보
JOURNAL OF PINGDINGSHAN INSTITUTE OF TECHNOLOGY
2014年
2期
28-31
,共4页
碳纳米管%粘结强度%水泥基材料%砂浆
碳納米管%粘結彊度%水泥基材料%砂漿
탄납미관%점결강도%수니기재료%사장
carbon nanotubes%bond strength%cement based materials%mortar
采用8字形新老砂浆抗拉粘结强度的试验方法,研究了不同粘结砂浆粘结材料在不同配比条件下的粘结性能,得到了不同粘结材料抗拉强度的变化规律。试验结果表明,碳纳米管增强水泥砂浆粘结性能良好,适宜作为新老混凝土界面修补材料。
採用8字形新老砂漿抗拉粘結彊度的試驗方法,研究瞭不同粘結砂漿粘結材料在不同配比條件下的粘結性能,得到瞭不同粘結材料抗拉彊度的變化規律。試驗結果錶明,碳納米管增彊水泥砂漿粘結性能良好,適宜作為新老混凝土界麵脩補材料。
채용8자형신로사장항랍점결강도적시험방법,연구료불동점결사장점결재료재불동배비조건하적점결성능,득도료불동점결재료항랍강도적변화규률。시험결과표명,탄납미관증강수니사장점결성능량호,괄의작위신로혼응토계면수보재료。
The figure 8 new and old mortar tensile test method is used for bond strength of adhesive mortar, bonding material in different mixture ratio under conditions of adhesive properties of different bonding materi-als, and the variation law of tensile strength is obtained as well. The test results show that carbon nanotubes reinforced cement mortar performance is good, which is suitable as an interface between new and old concrete repair materials.