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Figure 1. Elements of a conventional clinching tool studies that many parameters play an important role in the formation of this form and to determine which one of these parameters is effective on the geometry of the clinching form. Fig. 3 is a cross- sectional view of a joint form and names given to the resulting geometries.

Figure 1 Elements of a conventional clinching tool studies that many parameters play an important role in the formation of this form and to determine which one of these parameters is effective on the geometry of the clinching form. Fig. 3 is a cross- sectional view of a joint form and names given to the resulting geometries.

Related Figures (10)

Figure 2. The basic principle of the clinching process
Figure 2. The basic principle of the clinching process
Figure 3. Cross-sectional view of the clinched joint form and nomenclature of its geometries
Figure 3. Cross-sectional view of the clinched joint form and nomenclature of its geometries
Figure 5. Test device & samples prepared and grouped for tests
Figure 5. Test device & samples prepared and grouped for tests
Figure 7. Positioned samples for shear and mechanized peel test
Figure 7. Positioned samples for shear and mechanized peel test
Figure 6. Clinch sample mounting machine and apparatus
Figure 6. Clinch sample mounting machine and apparatus
Table 2. Shear and mechanized peel test results according to upper sheet thickness Table 3. Shear and mechanized peel test results according to lower sheet thickness
Table 2. Shear and mechanized peel test results according to upper sheet thickness Table 3. Shear and mechanized peel test results according to lower sheet thickness
Figure 8. Joints seperation load according to bottom sheet thickness (a-0.5mm, b-1mm, c-1.5mm, d-2mm)
Figure 8. Joints seperation load according to bottom sheet thickness (a-0.5mm, b-1mm, c-1.5mm, d-2mm)
Figure 9. Ratios of calibrated joint seperation load (a-0.5mm, b-1mm, c-1.5mm, d-2mm)
Figure 9. Ratios of calibrated joint seperation load (a-0.5mm, b-1mm, c-1.5mm, d-2mm)
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