Hollow body component

A hollow body component to be subjected to operation forces having a separating force component acting on the hollow body, the hollow body component comprising:

• a first shell element made of diecast material, said first shell having
• a first shell inner surface, said first shell element having a first leg portion and a second leg portion extending from one side of said first shell inner surface, and a third leg portion and a fourth leg portion extending from an opposing side of said first shell inner surface, said first leg having a first leg inner surface, said second leg portion having a second leg outer surface and a second leg inner surface, said third leg portion having a third leg inner surface and a third leg outer surface, said fourth leg portion having a fourth leg inner surface, said first leg inner surface and said second leg inner surface defining a first receiving recess, said third leg inner surface and said fourth leg inner surface defining a second receiving recess;
• a second shell element made of diecast material, said second shell comprising a first projection portion and a second projection portion, said first projection portion being inserted into said first receiving recess and said second projecting portion being inserted into said second receiving recess in a joining direction of said first shell element, said second shell having a second shell inner surface extending between said first and second projecting portions, said first shell element being cold-welded to said second shell element in a non-positive manner by applying a pressing force which is several times stronger than the separating force component, said second leg outer surface, said first shell inner surface, said third leg outer surface and said second shell inner surface defining a cavity having an essentially rectangular cross section;
• and
• a plug-in element comprising an outer ring of a bearing component, wherein said first shell element has a first annular ring element and a first web, said first annular ring element being located at a spaced location from said first leg portion, said second leg portion, said third leg portion and said fourth leg portion, said first annular ring element having a first longitudinal axis and a first annular ring element inner surface, said first annular ring element inner surface defining a first ring cavity, said first annular ring element being connected to said first shell element via said first web, said second shell element having a second annular ring element and a second web located at a spaced location from said first projection portion and said second projection portion, said second annular ring element having a second longitudinal axis and a second annular ring element inner surface, said second annular ring element inner surface defining a second ring cavity, said second annular ring element being connected to said second shell element via said second web, said first longitudinal axis being aligned with said second longitudinal axis to form a common center line perpendicular to said joining direction, said second ring cavity being in communication with said first ring cavity to define a plug-in element receiving recess, said plug-in element being inserted into said plug-in element receiving recess such that said first annular ring element is connected to said second annular ring element via said plug-in element, said plug-in element engaging said first annular ring element inner surface and said second annular ring element inner surface, said plug-in element, said first annular ring element and said second annular ring element defining a coupling means for coupling said first shell element to said second shell element.