Sample arranging system of multi-factor environmental ageing test device for composite components

Abstract

The invention discloses a sample arranging system of a multi-factor environmental ageing test device for composite components, which comprises a test working chamber and a plurality of sample work pieces arranged in the test working chamber and distributed in an upside-down T shape. As the sample work pieces arranged in the test working chamber are distributed in the upside-down T shape, the sample work pieces can be reasonably distributed, a tension system, a shower system and an illumination system can be reasonably arranged, and further testing is facilitated. The sample arranging system can be applied to testing of the composite components.

Description

technical field [0001] The invention relates to a sample arrangement system of a composite material component multi-factor environmental aging test device. Background technique [0002] Composite materials, that is, resin-based composite materials, have been widely used in building materials, aerospace, aviation and other departments due to their advantages such as light weight, high strength, corrosion resistance, convenient processing and molding, and good designability. [0003] When performing multi-factor environmental aging tests on composite materials, especially when testing components made of composite materials, the sample workpiece is generally placed in the test chamber for testing. However, since the sample workpiece is a long rod type and the space of the test studio is generally limited, if multiple sample workpieces are to be set in the test studio, and a tension system, a rain system and The lighting system also needs to apply high-voltage electricity on th...

AI Technical Summary

Problems solved by technology

However, since the sample workpiece is a long rod type and the space of the test studio is generally limited, if multiple sample workpieces are to be set in the test studio, and a tension system, a rain system and The lighting system also needs to apply high-voltage electricity on the sample workpiece. If the distribution of the sample workpiece is unreasonable, the wiring of the tension system will appear messy, and the sample workpiece will not be evenly exposed to rain or the surface of the sample workpiece will accumulate water. It will appear that the sample workpiece cannot receive the light radiation uniformly, and these situations will cause the test to not be carried out smoothly

Images