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A magnetic pulse welding operation is performed to secure first and second metallic components together, such as a yoke and a driveshaft tube in a vehicular driveshaft assembly. The yoke includes a first portion, such as a body portion, and a second portion, such as a pair of opposed yoke arms. The

A magnetic pulse welding operation is performed to secure first and second metallic components together, such as a yoke and a driveshaft tube in a vehicular driveshaft assembly. The yoke includes a first portion, such as a body portion, and a second portion, such as a pair of opposed yoke arms. The end of the driveshaft tube is disposed co-axially about the body portion of the yoke. An inductor axially is positioned co-axially about the overlapping portions of the end of the driveshaft tube and the body portion of the yoke. The inductor is energized to perform a magnetic pulse welding operation to secure the end of the driveshaft tube to the body portion of the yoke without generating a significant flow of air toward the inductor.

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1. A method of performing a magnetic pulse welding operation to secure first and second metallic components together comprising the steps of:(a) providing a first metallic component including a first portion having a shoulder and a second portion; (b) providing a second metallic component having an

1. A method of performing a magnetic pulse welding operation to secure first and second metallic components together comprising the steps of:(a) providing a first metallic component including a first portion having a shoulder and a second portion; (b) providing a second metallic component having an end; (c) disposing the end of the second metallic component in an axially overlapping manner relative to the first portion of the first metallic component; (d) providing an inductor axially relative to the end of the second metallic component and the first portion of the first metallic component; and (e) energizing the inductor to perform a magnetic pulse welding operation to secure the end of the second metallic component to the first portion of the first metallic component and to cause the end of the second metallic component to engage the shoulder to prevent a significant flow of air toward the inductor. 2. The method defined in claim 1 wherein said step (c) is performed by disposing the end of the second metallic component in abutment with the shoulder provided on the first portion of the first metallic component.3. The method defined in claim 1 wherein said step (c) is performed by disposing the end of the second metallic component axially beyond the shoulder provided on the first portion of the first metallic component.4. The method defined in claim 3 wherein said step (a) is performed by providing the second portion of the first metallic component with a tapered surface, and wherein said step (c) is performed by disposing the end of the second metallic component in engagement with the tapered surface.5. The method defined in claim 1 wherein said step (a) is performed by providing the first portion of the first metallic component with an outer surface having a recess, and wherein said step (e) is performed by causing the end of the second metallic component to engage the shoulder and a portion of the first metallic component to define a space that includes the recess.6. The method defined in claim 1 wherein said step (a) is performed by providing a shoulder having a step, and wherein said step (e) is performed by causing the end of the second metallic component to engage the step of the shoulder and a portion of the first metallic component to define a space.7. The method defined in claim 6 wherein said step (a) is performed by providing the step having a groove formed therein.8. The method defined in claim 6 wherein said step (a) is performed by providing the step having a plurality of grooves formed therein.9. The method defined in claim 6 wherein said step (a) is performed by providing the step having a generally axially facing surface that is angled relative to an axis of rotation defined by the first and second metallic components.10. The method defined in claim 6 wherein said step (a) is performed by providing the step having a generally axially facing surface that is angled concavely relative to an axis of rotation defined by the first and second metallic components.11. The method defined in claim 6 wherein said step (a) is performed by providing the step having a tapered surface, and wherein said step (c) is performed by disposing the end of the second metallic component in engagement with the tapered surface.