The cement-based rock materials and cement slurry used in the fast repair and reinforcement of engineering surrounding rock mass are generally not environmentally friendly and have a slow setting time. From the perspective of environmental protection and waste utilization, this study adopts a variety of domestic wastes, considers the fast condensation of materials, and comprehensively and systematically develops environmentally friendly high-similarity concrete and cement slurry through the Taguchi grey correlation analysis method. The damage constitutive equations, the constitutive equations after water saturation and after immersion in corrosive liquid are deduced. Combined with DIEM, VOCM and UDEC software, the effects BG and AG under various engineering site situation are analyzed. Research indicates that both rock-like materials and cement slurry have good performance. The research results are widely used in the rapid repair and reinforcement of damaged rock mass on the basis of environmental protection and waste recycling.