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Exact(25)
The displacement vector is shown in Fig. 3b, the displacement vectors change abruptly at the dislocation boundary which is the shearing plane with shearing angle of 29° in this figure.
However, no shearing plane forms in front of the tool edge and the materials are still removed by extruding.
In the cutting process, dislocation density in the shearing plane increases resulting in dislocation tangle and refining the grain size of the removed workpiece material.
The PDZ which is actually a shearing plane mentioned above expands from the stagnation point or the tip of stagnation zone.
A series of direct shear test is performed by spreading the bentonite and polymer slurry on shearing plane to study the effect of these fluids on frictional resistance of the pile.
In nano-cutting process, the size effects of materials appear making the generation of shearing plane based on different plastic carriers, such as the twin dislocations in different crystal planes.
Similar(35)
As the normal to shear plane angle was increased from 30 to 45°, the concentrated shear bands caused less striations perpendicular to the fracture direction.
The simulation results show that soil arching structures under different conditions can be divided into three groups: (a) "shear plane arching"; (b) "partial arching"; and (c) "full arching".
With large UCT, shearing planes are formed in front of the cutting tool edge making the material removed in shearing mechanism.
For the shear plane, L-shaped samples with a shear plane of 15 × 15 mm were used.
This surface was the shear plane of the large-scale direct shear apparatus.
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