CAJ | 학술논문

为了研究微钢纤维掺量对水泥基复合材料相关性能的影响，采用普通硅酸盐水泥、粉煤灰、硅灰、外加剂、以及微镀铜钢纤维进行水泥基复合材料配合比试验。设计和制作了三种不同纤维掺量的27组立方体、棱柱体、抗拉和抗折试件，通过试验，获得了不同纤维掺量下水泥基复合材料的力学性能，分析研究微钢纤维掺量与水泥浆复合材料相关性能的关系，建立了相应的数学模型。研究结果为普通水泥基复合材料的工程设计及工程应用质量评价提供参考依据。
위료연구미강섬유참량대수니기복합재료상관성능적영향，채용보통규산염수니、분매회、규회、외가제、이급미도동강섬유진행수니기복합재료배합비시험。설계화제작료삼충불동섬유참량적27조립방체、릉주체、항랍화항절시건，통과시험，획득료불동섬유참량하수니기복합재료적역학성능，분석연구미강섬유참량여수니장복합재료상관성능적관계，건립료상응적수학모형。연구결과위보통수니기복합재료적공정설계급공정응용질량평개제공삼고의거。
To study the effects of micro steel fiber content on the related properties of cement-based composite materials.It carried out the ratio test of cement based composite material by using Portland cement,coal ash,silica fume,admixtures and micro Cu-plated steel fiber.Then 27 groups of cubes and prisms with 3 different fiber contents were designed and made to test the tensile and flexural properties. Through the test,the different mechanical properties of cement based composite materials with different fiber content were obtained.At last,a corresponding mathematical model was established by analyzing the relationship between the micro steel fiber content and the relat-ed properties of cement composite material.The research results can provide a reference for the engineering designs and quality assessment of engineering applications of ordinary cement based composite materials.