Composite component, has connector arranged between internal component and outer component, where inner component is connected with external component by thermal bonding process using connector

摘要

#CMT# #/CMT# The component has an internal component (1) comprising an external periphery (11). An outer component (3) comprising an inner periphery (31). A predetermined gap (4) is formed at the external periphery of the internal component, and is completely enclosed by the outer component. A bevel (11a) is comprised at the external periphery. A connector (2) is arranged between the internal component and the outer component. The inner component is connected with the external component by a thermal bonding process using the connector. #CMT#USE : #/CMT# Composite component. #CMT#ADVANTAGE : #/CMT# The connector is arranged between the internal component and the outer component, and the inner component is connected with the external component by the thermal bonding process using the connector, thus ensuring high mechanical strength, high reliability and better thermal conductance with intense dynamic and intense thermal loads. The connector complete slips into the gap during the thermal treatment, so that the gap is completely filled by the connector, thus ensuring a gap-free connection. #CMT#DESCRIPTION OF DRAWINGS : #/CMT# The drawing shows a side view of a composite component. 1 : Internal component 2 : Connector 3 : Outer component 4 : Predetermined gap 11 : External periphery 11a : Bevel 31 : Inner periphery.