Abstract: With an arrangement of a bearing component on a chassis component, in particular on a wheel carrier, it is possible for a wheel of a vehicle to be mounted on the chassis component so as to be rotatable about an axis of rotation by the bearing component. The bearing component has at least one first form-fitting element disposed on the bearing component side and the chassis component has at least one first form-fitting element on the chassis component side. In order to prevent relative rotation along an orbital direction between the bearing component and the chassis component, the at least one first form-fitting element disposed on the bearing component side interacts positively with the at least one first form-fitting element disposed on the chassis component side in the assembled state along the orbital direction.

Abstract: An internally pressurized component is provided that includes a main body having at least one cavity; at least one branch having a bore which runs through the branch into the cavity of the main body; at least one separate insert element which is arranged in frictionally locking fashion at least partially in the bore of the branch. The component, at least in that region of the bore at which the separate insert element is arranged, is formed, by way of an autofrettage treatment, as a compacted wall region, and the separate insert element is arranged with an oversize in the bore.

Abstract: The present invention relates to a cross rolling method having the step of shaping a component blank rotating about a main axis of rotation by means of at least two cross rolling tools located substantially opposite each other with respect to the component blank for the production of a component (1, 2) that is at least partly non-rotationally symmetrical and non-cyclically symmetrical with respect to the main axis of rotation, by moving the cross rolling tools along their main direction of movement. The invention also relates to a cross rolling tool for producing an at least partly non-rotationally symmetrical and non-cyclically symmetrical component (1, 2). Likewise, the present invention relates to an apparatus for carrying out the method according to the invention and a component (1, 2) produced in accordance with the method according to the invention.

Abstract: An internally pressurized component is provided that includes a main body having at least one cavity; at least one branch having a bore which runs through the branch into the cavity of the main body; at least one separate insert element which is arranged in frictionally locking fashion at least partially in the bore of the branch. The component, at least in that region of the bore at which the separate insert element is arranged, is formed, by way of an autofrettage treatment, as a compacted wall region, and the separate insert element is arranged with an oversize in the bore.