High-speed pneumomechanical drive of the executive movements of machine mechanisms

Prikhodko, S. P.; Sidorenko, Valentin; Kharchenko, A. N.; Grishchenko, V. I.

doi:10.1088/1757-899x/1029/1/012015

Cited by 4 publications

References 10 publications

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End-to-end engineering technologies as resource-saving technologies

2021

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The article discusses approaches and methods to engineering design in light of INDUSTRY 4.0 technology. Versions of serial and parallel design are described. An analysis of end-to-end design in accordance with INDUSTRY 4.0 technologies is presented, the advantages of this approach to creating complex mechanical engineering facilities are shown. These examples show a reduction in resources and time to develop new design objects. So the use of Wave technology in design allows you to reduce the cost of engineering personnel by 66%, increase iterative procedures while reducing the time of design procedures, reduce the number of elements of the system, without reducing its reliability.

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End-to-end engineering technologies as resource-saving technologies

2021

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Mathematical modeling of power loads in the construction of a portal lift

Sirotenko,

Partko,

Kukarkin

2022

PROCEEDINGS OF THE II INTERNATIONAL CONFERENCE ON ADVANCES IN MATERIALS, SYSTEMS AND TECHNOLOGIES: (CAMSTech-II 2021)

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Investigation of the dynamic characteristics of the pneumatic-mechanical drive of the installation movements of machine mechanisms

Prikhodko,

Sidorenko,

Korotych

2024

VESTNIK of Samara University. Aerospace and Mechanical Engineer

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The creation of new and improvement of existing machines and mechanisms requires the development of drive engineering and the creation of new drive systems capable of competing with currently known circuit solutions. Under these conditions, the creation of combined pneumatic-mechanical drives is an important scientific and technical task. The purpose of this work is to increase the speed at a given accuracy of auxiliary movements of the target mechanisms of technological machines by creating a pneumatic-mechanical drive with improved energy and dynamic characteristics. The technical solution of a positioning pneumatic-mechanical drive of executive movements of technological equipment is presented, mathematical and computer models are developed. In this case, the method of solving the differential equation in the SimInTech program is used. As a result, an oscillogram of transients is obtained. The developed models allow for dynamic analysis of pneumatic-mechanical systems.

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High-speed pneumomechanical drive of the executive movements of machine mechanisms

Cited by 4 publications

References 10 publications

End-to-end engineering technologies as resource-saving technologies

End-to-end engineering technologies as resource-saving technologies

Mathematical modeling of power loads in the construction of a portal lift

Investigation of the dynamic characteristics of the pneumatic-mechanical drive of the installation movements of machine mechanisms

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