Tepid environment universal sheet shaping test machine

Abstract

The invention provides a device of performing various simulative forming performance tests to a panel under warm and vacuum state, consisting of a mechanical system, a hydraulic station, a heating furnace, a cooling system, a vacuumizing system and a detection control system. A host system adopts a three-beam four-column structure, the heating furnace not only guarantees vacuum inside the furnace during testing, but also heats a mould and a check bar; a force plug and a beading rod adopt moving seal with the bottom of the heating furnace to guarantee that the vacuity inside the furnace chamber is not reduced during actuating; the cooling system can guarantee that temperature of a furnace mantle, the force plug, the beading rod, an electrode and other positions do not rise along with the rising temperature inside the heating furnace; the detection control system is responsible for acquiring every parameter in a test and controlling the test to automatically perform at the same time. The device can complete a cupping test, a drawing test, a drifting test, a conical cup test, an earing test, a rigid die bulge test and so on under the room temperature of 1311 DEG C below zero and the working pressure with the vacuity reaching 10 <-3> Pa.

Description

Technical field: [0001] The invention relates to a general sheet material formability testing machine in a warm environment, which refers to a device for performing various simulated formability tests on sheet materials in a warm environment, and belongs to the sheet material formability testing machine. Background technique: [0002] In recent years, with the increasingly serious energy and environmental problems, the lightweight of aerospace vehicles and automobiles has become more and more important. Lightweight alloys (such as titanium alloys, aluminum-lithium alloys, magnesium alloys, etc.) and ultra-high-strength steel plates have High specific strength, specific stiffness and excellent performance have become the core of aerospace and automobile lightweight. These light alloys and ultra-high-strength steel plates are difficult to form at room temperature, and generally must be processed by warm forming or hot forming. Therefore, the research and application of sheet w...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a general sheet metal formability testing machine in a warm environment to overcome the deficiency that the existing equipment cannot realize the simulated formability test of sheet metal in a warm environment

Images