单、高刺形式的履带板在粘性土壤上，可有效地提高其牵引附着性能。
Single shoe with high grouser can effectively increase traction and adhesive performance on sticky soil.
降低粘性土壤对刀齿表面接触面积可以减小土壤对刀齿的粘附和降低刀齿切削土壤的阻力。
Reduction of contact area between cohesive soil and the surface of dredging tools is able to decrease soil adhesion and cutting resistance.
针对粘性土壤提出了一个简化力学模型，数值模拟了具有一定粘性的土壤与波纹型推土板之间的作用力。
A simplified mechanical model of sticky soil with certain viscosity was proposed for simulating the force between the soil and corrugated bulldozing plates.
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