Clutch arrangement, for example for a drive train of a vehicle, having the following features: a first friction face and a second friction face which are arranged such that they can be moved relative to one another along a rotational axis of the clutch arrangement and are configured such that they can be brought into frictional engagement with one another, in order to make it possible for a torque to be transmitted from the first friction face to the second friction face, the first friction face or the second friction face being arranged on a component; and a pressing element which is configured, upon an actuation, to produce or to disconnect the frictional engagement by way of a force being brought about along the rotational axis; the pressing element comprising a spring structure which is configured and arranged so as to bring about the force at least partially on the component by way of a shape change; the pressing element comprising, furthermore, a pressing structure which is configured such that it limits a shape change of the spring structure; the first and the second friction face (230, 240) being configured to be in contact with a liquid medium during operation; characterized in that the clutch arrangement which comprises, furthermore, a conveying component which has at least one conveying face, the conveying face being configured such that it brings about a flow of the liquid medium in the case of a rotation relative to the liquid medium, the spring structure being formed by way of a separate spring element, for example a holding cup spring, and the conveying component and/or the spring element being configured such that the spring element can be centred via the conveying component; or the pressing element comprising a conveying face for the liquid medium, and in the case of which the conveying face is configured such that it brings about a flow of the liquid medium in the case of a rotation relative to the liquid medium, and the pressing element being configured such that the conveying face and the spring structure are configured in one piece. a first friction face and a second friction face which are arranged such that they can be moved relative to one another along a rotational axis of the clutch arrangement and are configured such that they can be brought into frictional engagement with one another, in order to make it possible for a torque to be transmitted from the first friction face to the second friction face, the first friction face or the second friction face being arranged on a component; and a pressing element which is configured, upon an actuation, to produce or to disconnect the frictional engagement by way of a force being brought about along the rotational axis; the pressing element comprising a spring structure which is configured and arranged so as to bring about the force at least partially on the component by way of a shape change; the pressing element comprising, furthermore, a pressing structure which is configured such that it limits a shape change of the spring structure; the first and the second friction face (230, 240) being configured to be in contact with a liquid medium during operation; characterized in that the clutch arrangement which comprises, furthermore, a conveying component which has at least one conveying face, the conveying face being configured such that it brings about a flow of the liquid medium in the case of a rotation relative to the liquid medium, the spring structure being formed by way of a separate spring element, for example a holding cup spring, and the conveying component and/or the spring element being configured such that the spring element can be centred via the conveying component; or the pressing element comprising a conveying face for the liquid medium, and in the case of which the conveying face is configured such that it brings about a flow of the liquid medium in the case of a rotation relative to the liquid medium, and the pressing element being configured such that the conveying face and the spring structure are configured in one piece.