Design Contributions to the Elaboration of New Modeling Schemes for the Buckling Assessment of Hydraulic Actuators

Hydraulic cylinders represent the main actuating/positioning element for standalone lifting equipment or equipment for various transport platforms. This type of actuator represents a structural component responsible for the operational safety of the equipment it serves. One of the most common and da...

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Published inMetals (Basel ) Vol. 10; no. 9; p. 1143
Main Authors Florescu, Virgil, Mocanu, Stefan, Rece, Laurenţiu, Motounu, Daniel Cătălin, Gherghina, Aurel, Burlacu, Adrian
Format Journal Article
LanguageEnglish
Published MDPI AG 01.09.2020
Subjects
buckling
buckling critical force
critical force
elastic instability
failure mode
FEM (Finite Element Method)
Online AccessGet full text
ISSN2075-4701
2075-4701
DOI10.3390/met10091143

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Abstract Hydraulic cylinders represent the main actuating/positioning element for standalone lifting equipment or equipment for various transport platforms. This type of actuator represents a structural component responsible for the operational safety of the equipment it serves. One of the most common and dangerous reasons concerning the end of life for this equipment is the buckling or loss of stability of the elastic equilibrium shape. This article aims to compare the classical approach of the problem in accordance with the strength of materials theory in relation to the numeric algorithms used in the applications for the analysis of structure behavior and the algorithms that are based on the finite element method. The subject of study is a hydraulic cylinder that is installed in a self-lifting platform and because of the manifestation of the phenomenon under analysis, it has led to a technical accident. For this purpose, an estimation of the value for the buckling critical load of the cylinder assembly was carried out.
AbstractList Hydraulic cylinders represent the main actuating/positioning element for standalone lifting equipment or equipment for various transport platforms. This type of actuator represents a structural component responsible for the operational safety of the equipment it serves. One of the most common and dangerous reasons concerning the end of life for this equipment is the buckling or loss of stability of the elastic equilibrium shape. This article aims to compare the classical approach of the problem in accordance with the strength of materials theory in relation to the numeric algorithms used in the applications for the analysis of structure behavior and the algorithms that are based on the finite element method. The subject of study is a hydraulic cylinder that is installed in a self-lifting platform and because of the manifestation of the phenomenon under analysis, it has led to a technical accident. For this purpose, an estimation of the value for the buckling critical load of the cylinder assembly was carried out.
Author Motounu, Daniel Cătălin
Gherghina, Aurel
Rece, Laurenţiu
Burlacu, Adrian
Mocanu, Stefan
Florescu, Virgil
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StartPage 1143
SubjectTerms buckling
buckling critical force
critical force
elastic instability
failure mode
FEM (Finite Element Method)
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