The Method for Quantitative Determination of Wear and Tear of Machines’ Elements in Diagnostic Tests

Oleh Klyus

doi:10.4028/www.scientific.net/SSP.252.71

Paper Titles

The Identification of Selected Issues of Port Facilities Wear in Dusty Environments of Bulk Cargoes
p.31

Selected Issues of Corrosive - Mechanical Wear in the Port Grain Elevator
p.41

Cavitation Wear of CuZn10 Alloy in As-Cast State and after Plastic Working and Annealing
p.51

The Evaluation of the Cavitational Damage in MgAl2Si Alloy Using Various Laboratory Stands
p.61

The Method for Quantitative Determination of Wear and Tear of Machines’ Elements in Diagnostic Tests
p.71

Strength Analysis of Shipping Container Floor with Gooseneck Tunnel under Heavy Cargo Load
p.81

Issues of Container Handling Modeling in the Aspect of Generating the Corrosion and Mechanical Wear
p.91

The Identification of Wear Processes in Production and Transport of Concrete Mixtures
p.101

The Influence of Liquid Refrigerant on Refrigerating Compressors Sliding Surfaces
p.111

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The Method for Quantitative Determination of Wear and Tear of Machines’ Elements in Diagnostic Tests

Abstract:

A method for quantitative determination of wear and tear of machines’ elements in the scope of endoscopic tests using artificial and reference bases as point of machine parts are presented in this paper. The proposed method allows also for determining the shape and form of the operated parts, since locating artificial bases in a few points on the circumference, in one plane, allows the form of the tested part to be determined. To use artificial base in which relevant reference bases, demonstrating that a certain dimension has been reached, are included.

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Periodical:

Solid State Phenomena (Volume 252)

Pages:

71-80

DOI:

https://doi.org/10.4028/www.scientific.net/SSP.252.71

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Online since:

July 2016

Authors:

Oleh Klyus*

Keywords:

Artificial Base, Diagnostic, Technical Endoscope

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References

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