Static load test system suitable for barrel missile adapter and test method of static load test system

Abstract

The invention provides a static load test system suitable for a barrel missile adapter, the static load test system comprises a material universal mechanical testing machine, a simulated missile body tool, a simulated barrel tool, an electronic dial indicator, a magnetometer stand, an equal-height block, a data acquisition instrument and a test computer, the simulated missile body tool and the simulated barrel tool are respectively connected with the material universal mechanical testing machine; the equal-height blocks are placed on a material universal mechanical testing machine; the magnetic gauge stand is connected with the equal-height block; the electronic dial indicator is connected with the magnetic gauge stand; the data acquisition instrument is connected with the electronic dial indicator through a transmission line; and the test computer is respectively connected with the data acquisition instrument and the material universal mechanical testing machine through transmission lines. Through the arrangement of the static load test system, high force value measurement precision can be realized, the applied load can be accurately controlled, the vertical direction position of the simulated projectile body tool can be accurately controlled, and the test repeatability and the operation convenience are high.

Description

technical field [0001] The invention relates to the static pressure technical field of missile weapon adapters, in particular to a static load test system and a test method suitable for barrel bomb adapters. Background technique [0002] In the prior art, in the static load test system and test method of the barrel-elastic adapter, the oil pump booster is often used to apply the load manually, and the position of the pressing block above the mold cannot be accurately controlled, so the repeatability of the test is poor, and the convenience of the test operation is poor; Moreover, in the manual loading process of the oil pump booster, due to the large error of manual operation, the accuracy of the test data is affected. At the same time, due to the low degree of automation, the test efficiency is low; Influenced by medium oil pressure fluctuations, the accuracy of the applied load is poor, so the accuracy of the test data is poor; Without positioning measures, the accuracy o...

AI Technical Summary

Problems solved by technology

However, this test method is not universal, it can only test deflectors, and the degree of automation is not high

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