强度是水泥稳定碎石的重要指标，直接决定着道路的质量和寿命。搅拌的目的是

Strength is an important indicator of cement stabilized crushed stone, which directly determines the quality and life of the road. The purpose of stirring is to make the mixture reach the specified uniformity, and the development speed of the process must depend on the various mechanical effects and duration of the mixture in the mixer. Whether the mixing is uniform is an important reason that affects the cement stabilized crushed stone mixture and road quality problems. Changing the structure and arrangement of the stirring blades, optimizing the stirring speed and stirring intensity can improve the strength of the mixture and other properties. In order to improve the mixing uniformity and compressive strength of cement-stabilized crushed stone, this paper uses vibration stirring technology to study the effect of different mixing methods on the unconfined compressive strength of cement-stabilized crushed stone mixture on the basis of determining reasonable stirring parameters .

Strength is an important index of cement stabilization of gravel, which directly determines the quality and life of roads. The purpose of stirring is to achieve the specified uniformity of the mixture, and the speed of its process must depend on the effect and duration of the various mechanical effects that the mixture is subjected to in the blender. Whether stirring is uniform is an important reason to affect the cement stable gravel mixture and road quality problems. Changing the structure and arrangement of the mixing blades, optimizing the stirring speed and stirring strength can improve the strength of the mixture. In order to improve the stirring uniformity of cement-stabilized gravel and its pressure resistance, this paper uses vibration mixing technology to study the effect of different mixing methods on the non-side-limit pressure strength of cement stable gravel mixture spree on the basis of determining reasonable mixing parameters.

Strength is an important index of cement stabilized macadam, which directly determines the quality and life of the road. The purpose of mixing is to make the mixture reach the required uniformity, and the development speed of the process must depend on the various mechanical effects and duration of the mixture in the mixer. The uniformity of mixing is an important reason for the problems of cement stabilized macadam mixture and road quality. The strength of the mixture can be improved by changing the structure and arrangement of the mixing blades, optimizing the mixing speed and intensity. In order to improve the mixing uniformity and compressive strength of cement stabilized macadam, this paper studies the influence of different mixing methods on the unconfined compressive strength of cement stabilized macadam mixture based on the determination of reasonable mixing parameters.<br>