首页> 外文会议>International RILEM symposium on adhesion between polymers and concrete >INFLUENCE OF MECHANICAL CHARACTERISTICS AND SURFACE CONFIGURATIONS OF SUBSTRATE CONCRETE ON SEPARATION RESISTANCE OF SYNTHETIC RESIN FLOOR COATINGS AGAINST DYNAMIC LOAD OF CASTER TRAFFIC
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INFLUENCE OF MECHANICAL CHARACTERISTICS AND SURFACE CONFIGURATIONS OF SUBSTRATE CONCRETE ON SEPARATION RESISTANCE OF SYNTHETIC RESIN FLOOR COATINGS AGAINST DYNAMIC LOAD OF CASTER TRAFFIC

机译:基板混凝土机械特性及表面配置对合成树脂地板涂层分离电阻的影响,施法式交通量

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In this study, we examined the influence of mechanical characteristics and surface configurations of substrate concrete on separation resistance of synthetic resin floor coating material against heavy rolling load of caster traffic. We also examined the influence of mechanical characteristics of rolling load. In the experiment, we first prepared floor samples having substrate concrete of various compressive strength, surface hardness and surface configurations then put the coated samples to the test of separation resistance with Rolling Caster Loading Machine. There were three loading conditions which consisted of different kinds of casters, rolling conditions, and coating materials. As a result, we clarified that the grade of separation resistance varied widely according to the characteristics of substrate concrete and rolling load.
机译:在这项研究中,我们研究了基板混凝土机械特性和表面配置对综合性树脂地板涂层材料的分离电阻对施法者交通的重载负荷的影响。我们还研究了轧制载荷的力学特性的影响。在实验中,我们首先制备了具有各种抗压强度的基板混凝土的地板样品,表面硬度和表面构造,然后将涂层样品与轧制轿厢装载机进行分离电阻的测试。有三种装载条件包括不同种类的脚轮,滚动条件和涂层材料。结果,我们阐明了分离电阻等级根据基板混凝土和轧制载荷的特性广泛变化。

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