CAJ | 학술논문

掺和废弃钢炉渣的混合土是一种新混合填土路基材料，在常规不固结不排水三轴压缩试验基础上研究了混合轻质黏土的强度特性，分析了钢炉渣掺入比以及龄期分别对应力应变特性、破坏形式及抗剪强度的影响规律，得出了应力应变特性、破坏形式及抗剪强度随钢炉渣掺入比以及龄期变化的规律是基本一致的，钢炉渣掺入比越大，混合水泥土的早期强度越低，但随着龄期的增长，后期强度增长越明显，研究得出的混合水泥土理想的钢炉渣施工掺入比在能源节约、环境保护方面可以有一定的应用前景。
참화폐기강로사적혼합토시일충신혼합전토로기재료，재상규불고결불배수삼축압축시험기출상연구료혼합경질점토적강도특성，분석료강로사참입비이급령기분별대응력응변특성、파배형식급항전강도적영향규률，득출료응력응변특성、파배형식급항전강도수강로사참입비이급령기변화적규률시기본일치적，강로사참입비월대，혼합수니토적조기강도월저，단수착령기적증장，후기강도증장월명현，연구득출적혼합수니토이상적강로사시공참입비재능원절약、배경보호방면가이유일정적응용전경。
Mixed light-weight soil blended waste slag is a new hybrid material in conventional unconsolidated and undrained triaxial test on the basis of the strength characteristics, slag incorporation ratio and age correspond to stress-strain properties, failure form and shear strength of the law, and the conclusions are achieved that the stress-strain behavior, failure modes and shear strength incorporation ratio and age changes in the law are consistent with the slag, with the high slag incorporation ratio, the intensity of mixed soil has lower strength, but with the age of the growth, the growth of the late strength is more obvious, so the mixed soil in energy conservation, environmental protection, and overcoming the creep damage will have a lot of applications.