Abstract: A method is provided for producing a body part of a vehicle. The method includes, but is not limited to providing a first profile part with at least one first welding flange and with a first opening as well as a second profile part with at least one third welding flange. The welding flange is at least partially arranged on the third welding flange subject to the formation of an at least partially closed form of the body part. The first welding flange and the third welding flange are arranged within the at least partially closed form. A first laser beam is guided through the first opening onto the first welding flange subject to the formation of at least one first laser weld seam between the first welding flange and the third welding flange.

Abstract: A rear floor module for a motor vehicle body is disclosed. The rear floor module includes an upwardly-projecting trough having a floor and a back wall in vehicle vertical direction (z) based on the installation position. The rear floor module is also provided with a fastening structure including at least one fastening point for arranging a motor vehicle component in the trough. Motor vehicle configuration-specific or drive-specific motor vehicle components are arranged in a preconfigured manner on the rear floor module with the fastening structure.

Abstract: A rear floor module of a motor vehicle is provided that is arranged between two rear longitudinal beams of the vehicle body that essentially extend in the longitudinal direction of the vehicle. The floor module features a floor pan that essentially extends in a planar fashion between the longitudinal beams and at least one integrated cross member for separate connection to the longitudinal beams with its end sections that lie in the lateral direction of the vehicle in order to transmit mechanical forces.

Abstract: A motor vehicle is provided that has a central front wall arranged between engine compartment and passenger cell and lateral front walls, each of which comprises first contact points for fastening to the central front wall and second contact points for fastening to a lateral sill structure. Of the lateral front walls, multiple models are provided, which differ with respect to the spacing between first and second contact points measured in transverse direction of the motor vehicle body.

Abstract: A structural body pillar is provided for a motor vehicle having a structural component. The structural component is designed as closed hollow profile and extends in a longitudinal direction of the structural body pillar. Furthermore, the structural body pillar comprises a facing. The facing comprises an elastic material and is arranged in the direction of an outer side of the motor vehicle above the structural component. The structural component is designed unitarily and on a first side provides a support surface for a window of the motor vehicle.

Abstract: A rear floor module for a motor vehicle body is disclosed. The rear floor module includes an upwardly-projecting trough having a floor and a back wall in vehicle vertical direction (z) based on the installation position. The rear floor module is also provided with a fastening structure including at least one fastening point for arranging a motor vehicle component in the trough. Motor vehicle configuration-specific or drive-specific motor vehicle components are arranged in a preconfigured manner on the rear floor module with the fastening structure.

Abstract: A method is provided for producing a body part of a vehicle. The method includes, but is not limited to providing a first profile part with at least one first welding flange and with a first opening as well as a second profile part with at least one third welding flange. The welding flange is at least partially arranged on the third welding flange subject to the formation of an at least partially closed form of the body part. The first welding flange and the third welding flange are arranged within the at least partially closed form. A first laser beam is guided through the first opening onto the first welding flange subject to the formation of at least one first laser weld seam between the first welding flange and the third welding flange.

Abstract: A method is provided for producing a body part of a vehicle. The method includes, but is not limited to providing a first profile part with at least one first welding flange and with a first opening as well as a second profile part with at least one third welding flange. The welding flange is at least partially arranged on the third welding flange subject to the formation of an at least partially closed form of the body part. The first welding flange and the third welding flange are arranged within the at least partially closed form. A first laser beam is guided through the first opening onto the first welding flange subject to the formation of at least one first laser weld seam between the first welding flange and the third welding flange.

Abstract: A method for fastening an in particular tub-shaped floor panel to an in particular frame-like vehicle structure is provided. The method includes applying an adhesive to a contact surface of the floor panel and/or of the vehicle structure, and joining the floor panel and the vehicle structure. The method includes expanding and/or activating the adhesive by heating the joint vehicle structure-floor panel composite.

Abstract: A motor vehicle is provided that has a central front wall arranged between engine compartment and passenger cell and lateral front walls, each of which comprises first contact points for fastening to the central front wall and second contact points for fastening to a lateral sill structure. Of the lateral front walls, multiple models are provided, which differ with respect to the spacing between first and second contact points measured in transverse direction of the motor vehicle body.

Abstract: A body structure is provided for a motor vehicle that includes, two side sills running in the vehicle longitudinal direction, between which a floor group is situated, and two rear frame profiles rigidly connected to the floor group, which extend from the floor group to the rear. The body structure has a structure crossbeam running in the vehicle transverse direction, which rigidly connects each of the two side sills and also the two rear frame profiles directly to one another.

Abstract: A rear floor structure for a motor vehicle includes, but is not limited to two longitudinal girders extending between rear wheel houses. A downwardly open pocket for receiving a shock absorber is formed in each of the longitudinal girders.

Abstract: A motor vehicle front structure is provided that has at least one first longitudinal girder and at least one first crash box. The first crash box has a deformation section and a fastening section, the fastening section connected to the first longitudinal girder. Moreover, the motor vehicle front structure has an engine mount, the engine mount having a first fastening section, which is connected to the first longitudinal girder. The fastening section of the first crash box and the first fastening section of the engine mount have a common overlap area.

Abstract: A body part of a front frame of a motor vehicle has a structural component of plastic arranged in a frame part. The structural component is connected with a cage nut through material connection. Via the cage nut a front axle is screwed to the body part. A carrying part for holding the cage nut is welded to the frame part for this purpose and connected to the structural component via over molding.

Abstract: A rear floor module of a motor vehicle is provided that is arranged between two rear longitudinal beams of the vehicle body that essentially extend in the longitudinal direction of the vehicle. The floor module features a floor pan that essentially extends in a planar fashion between the longitudinal beams and at least one integrated cross member for separate connection to the longitudinal beams with its end sections that lie in the lateral direction of the vehicle in order to transmit mechanical forces.

Abstract: A motor vehicle front structure is provided that has at least one first longitudinal girder and at least one first crash box. The first crash box has a deformation section and a fastening section, the fastening section connected to the first longitudinal girder. Moreover, the motor vehicle front structure has an engine mount, the engine mount having a first fastening section, which is connected to the first longitudinal girder. The fastening section of the first crash box and the first fastening section of the engine mount have a common overlap area.

Abstract: A rear floor structure for a motor vehicle includes, but is not limited to two longitudinal girders extending between rear wheel houses. A downwardly open pocket for receiving a shock absorber is formed in each of the longitudinal girders.

Abstract: A tunable steering wheel release/stroking system adapted for use with a steering column, and to selectively absorb energy during a crash event, includes a steering column and an energy-absorbing element configured to receive a force from the column during the event, wherein the element is formed at least in part of an active material changeable between first and second phases when exposed to an activation signal, and configured so as to be caused to deform by and therefore absorb energy from the force at a first energy-absorbing magnitude in the first phase and at a second energy-absorbing magnitude in the second phase.

Abstract: A motor vehicle is provided that includes, but is not limited to a structural car body column with a structural component. The structural component is realized in the form of a closed hollow profile and features at least one recess. The structural component is connected to at least one region of the car body of the motor vehicle that adjoins the structural car body column by means of at least one welding seam. The at least one welding seam is arranged on the opposite side of the structural component referred to the at least one recess.

Abstract: A body structure is provided for a motor vehicle that includes, two side sills running in the vehicle longitudinal direction, between which a floor group is situated, and two rear frame profiles rigidly connected to the floor group, which extend from the floor group to the rear. The body structure has a structure crossbeam running in the vehicle transverse direction, which rigidly connects each of the two side sills and also the two rear frame profiles directly to one another.