Six-dimensional force high-frequency fatigue testing machine and its use

A fatigue testing machine and six-dimensional force technology, applied in the field of testing machines, can solve problems such as inability to apply high-frequency multi-dimensional force, and achieve the effect of stable and accurate driving force output

Inactive Publication Date: 2011-12-14
BEIHANG UNIV
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Problems solved by technology

[0005] The present invention proposes a six-dimensional force high-frequency fatigue testing machine and a method of using the fatigue sample of a dynamic load mechanical part as the test object, which can be used to simulate the actual force situation of the dynamic load mechanical part, and measure its performance under static load and dynamic load. Load and deformation in the alternating fatigue test to solve the deficiency that the existing fatigue testing machine cannot apply high-frequency multi-dimensional force, and to accurately measure the fatigue bearing capacity of the test piece in order to be close to the stress condition in the actual working state

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  • Six-dimensional force high-frequency fatigue testing machine and its use
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  • Six-dimensional force high-frequency fatigue testing machine and its use

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Embodiment Construction

[0127] The present invention proposes a six-dimensional force high-frequency fatigue testing machine and a method of using the fatigue sample of a dynamic load mechanical part as the test object, which can be used to simulate the actual force situation of the dynamic load mechanical part, and measure its performance under static load and dynamic load. Load and deformation in the alternating fatigue test to solve the problem that the existing fatigue testing machine cannot apply high-frequency multi-dimensional force, so as to be close to the force condition under the actual working state, and accurately measure the fatigue bearing capacity of the specimen.

[0128] A kind of six-dimensional force high-frequency fatigue testing machine of the present invention, it comprises two parts of 6-UPS parallel mechanism and control system (as figure 1 ), characterized by:

[0129] 1.6-UPS parallel mechanism

[0130] The six-dimensional force high-frequency fatigue testing machine uses ...

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Abstract

The present invention is a six-dimensional force high-frequency fatigue testing machine, which includes two parts: 6-UPS parallel mechanism and control system. , static platform and ball hinge; the control system consists of two parts: system hardware, system control method and software. The six-dimensional force high-frequency fatigue testing machine takes the fatigue sample of the dynamic load mechanical part as the test object, and the six-dimensional force high-frequency fatigue testing machine and its use method can be used to simulate the actual stress of the dynamic load mechanical part, and determine its Static load, dynamic load and deformation in alternating fatigue tests to solve the deficiency that the existing fatigue testing machine cannot apply high-frequency multi-dimensional force, and to accurately measure the fatigue of the test piece in order to be close to the stress condition in the actual working state Carrying capacity.

Description

(1) Technical field [0001] The invention provides a six-dimensional force high-frequency fatigue testing machine and its use method, which specifically refers to a six-degree-of-freedom fatigue loading parallel mechanism with three-dimensional movement and three-dimensional rotation, and belongs to the technical field of testing machines. (2) Background technology [0002] In actual production and life, many equipment and equipment are affected by fatigue damage, taking aircraft as an example. An airplane is a large, complex piece of advanced equipment. The life of the aircraft body structure, especially the key components such as wings, determines the total life of the aircraft. Therefore, the service life of the aircraft structure is the basis for determining the service life of the aircraft, and the evaluation of the service life of the aircraft structure plays a decisive role in the evaluation of the service life of the aircraft. The structural design of modern aircraft...

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01M13/00
Inventor 陈五一孙永生樊锐
Owner BEIHANG UNIV
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