1. Rivet Bends: This defect usually occurs when the rivet is not properly aligned with the hole during the riveting process. It can also be caused by using a rivet that is too long for the thickness of the materials being joined.

2. Tearing on Plate Edge: This defect is often caused by placing the rivet too close to the edge of the plate. When the rivet is hammered into place, it can cause the edge of the plate to tear. To prevent this, the rivet should be placed at a distance from the edge that is at least 1.5 times the diameter of the rivet.

3. Gap Between Plates: This defect can occur if the plates are not properly aligned or clamped together during the riveting process. It can also be caused by using a rivet that is too short for the thickness of the materials being joined.

4. Rivet Bulges Between Plates: This defect is often caused by using a rivet that is too long for the thickness of the materials being joined. When the rivet is hammered into place, it can cause the plates to bulge outwards.

5. Rivet Head Splits: This defect can occur if the rivet is hammered too hard during the riveting process. It can also be caused by using a rivet made from a material that is too brittle for the application.

6. Buckling of Plate: This defect is often caused by using a rivet that is too large for the hole in the plate. When the rivet is hammered into place, it can cause the plate to buckle. To prevent this, the diameter of the rivet should be no more than 1.5 times the thickness of the plate.

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1. Rivet Bends: This defect usually occurs when the rivet is not properly aligned with the hole during the riveting process. It can also be caused by using a rivet that is too long for the thickness of the materials being joined.

2. Tearing on Plate Edge: This defect is often caused by placing the rivet too close to the edge of the plate. When the rivet is hammered into place, it can cause the edge of the plate to tear. To prevent this, the rivet should be placed at a distance from the edge that is at least 1.5 times the diameter of the rivet.

3. Gap Between Plates: This defect can occur if the plates are not properly aligned or clamped together during the riveting process. It can also be caused by using a rivet that is too short for the thickness of the materials being joined.

4. Rivet Bulges Between Plates: This defect is often caused by using a rivet that is too long for the thickness of the materials being joined. When the rivet is hammered into place, it can cause the plates to bulge outwards.

5. Rivet Head Splits: This defect can occur if the rivet is hammered too hard during the riveting process. It can also be caused by using a rivet made from a material that is too brittle for the application.

6. Buckling of Plate: This defect is often caused by using a rivet that is too large for the hole in the plate. When the rivet is hammered into place, it can cause the plate to buckle. To prevent this, the diameter of the rivet should be no more than 1.5 times the thickness of the plate.

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1. Rivet Bends: This defect usually occurs when the rivet is not properly aligned with the hole during the riveting process. It can also be caused by using a rivet that is too long for the thickness of the materials being joined.

2. Tearing on Plate Edge: This defect is often caused by placing the rivet too close to the edge of the plate. When the rivet is hammered into place, it can cause the edge of the plate to tear. To prevent this, the rivet should be placed at a distance from the edge that is at least 1.5 times the diameter of the rivet.

3. Gap Between Plates: This defect can occur if the plates are not properly aligned or clamped together during the riveting process. It can also be caused by using a rivet that is too short for the thickness of the materials being joined.

4. Rivet Bulges Between Plates: This defect is often caused by using a rivet that is too long for the thickness of the materials being joined. When the rivet is hammered into place, it can cause the plates to bulge outwards.

5. Rivet Head Splits: This defect can occur if the rivet is hammered too hard during the riveting process. It can also be caused by using a rivet made from a material that is too brittle for the application.

6. Buckling of Plate: This defect is often caused by using a rivet that is too large for the hole in the plate. When the rivet is hammered into place, it can cause the plate to buckle. To prevent this, the diameter of the rivet should be no more than 1.5 times the thickness of the plate.

Explain the causes of the following riveting defects: Rivet bends Tearing on plate edge Gap between plates Rivet bulges between plates Rivet head splits Buckling of plate (6)

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