A gear wheel arrangement, having a gear wheel composed of segments, wherein each segment is supported by means of a respective holding unit on a hollow-shaft region of a rotatably mounted part, in particular drum, characterised in that each segment has an axially continuous cutout, with a bolt being inserted into the cutout, with the bolt protruding axially on either side, with the holding unit having a first spring part which is supported on the hollow-shaft region and is embodied connected to a first eye region, with the bolt protruding through the first eye region, with the holding unit having a second spring part which is supported on the hollow-shaft region and is connected, in particular connected by a material-formed bond, to a second eye region and/or is embodied in one part, in particular in one piece, with the bolt protruding through the second eye region, - with the second spring part being supported on a region of the hollow-shaft part which is spaced apart in the circumferential direction from that region of the hollow-shaft part on which the first spring part is supported, - and with the second spring part being supported on a region of the hollow-shaft part which is arranged on that side of the bolt which faces away in the circumferential direction from that region of the hollow-shaft part on which the first spring part is supported, with the first spring part being spaced apart in the circumferential direction from the second spring part, with, in order to effect stress relief, the first eye part and the second eye part each having elongate holes through which the bolts are inserted, with the greatest internal width of the respective elongate hole being provided in a respective direction which is at a non-vanishing angle to the radial direction. wherein each segment is supported by means of a respective holding unit on a hollow-shaft region of a rotatably mounted part, in particular drum, characterised in that each segment has an axially continuous cutout, with a bolt being inserted into the cutout, with the bolt protruding axially on either side, with the holding unit having a first spring part which is supported on the hollow-shaft region and is embodied connected to a first eye region, with the bolt protruding through the first eye region, with the holding unit having a second spring part which is supported on the hollow-shaft region and is connected, in particular connected by a material-formed bond, to a second eye region and/or is embodied in one part, in particular in one piece, with the bolt protruding through the second eye region, - with the second spring part being supported on a region of the hollow-shaft part which is spaced apart in the circumferential direction from that region of the hollow-shaft part on which the first spring part is supported, - and with the second spring part being supported on a region of the hollow-shaft part which is arranged on that side of the bolt which faces away in the circumferential direction from that region of the hollow-shaft part on which the first spring part is supported, - with the second spring part being supported on a region of the hollow-shaft part which is spaced apart in the circumferential direction from that region of the hollow-shaft part on which the first spring part is supported, - and with the second spring part being supported on a region of the hollow-shaft part which is arranged on that side of the bolt which faces away in the circumferential direction from that region of the hollow-shaft part on which the first spring part is supported, with the first spring part being spaced apart in the circumferential direction from the second spring part, with, in order to effect stress relief, the first eye part and the second eye part each having elongate holes through which the bolts are inserted, with the greatest internal width of the respective elongate hole being provided in a respective direction which is at a non-vanishing angle to the radial direction.