High-temperature vibration mode clamp for carbon fiber resin matrix composite

The invention provides a high-temperature vibration mode clamp for a carbon fiber resin matrix composite. Comprising an infrared radiation heating array, a supporting plate, a sliding supporting frame, a sheet type armored thermocouple, a carbon fiber resin matrix composite material test piece, a sliding clamp, a supporting sliding groove, a ceramic rod, a high-temperature baffle, a sliding supporting plate, a metal support, a high-temperature sliding block, a vibration exciter and a high-temperature threaded ejector rod. During a high-temperature vibration mode test, one end of a carbon fiber resin matrix composite material test piece is fixed on the sliding support frame, the other end of the carbon fiber resin matrix composite material test piece is connected with the sliding clamp through the ceramic rod to be clamped, and the infrared radiation heating array provides a high-temperature thermal environment for the carbon fiber resin matrix composite material test piece; and the vibration exciter is connec