COMPUTERIZED NONDESTRUCTIVE CHECK OF MATERIAL POROSITY
Rubrics: MECHANICAL ENGINEERING AND TRANSPORT
Authors:
Type:
Article
Pages:
from 138
to 142
Status:
Published
Received:
23.06.2016
Accepted:
23.06.2016
Published:
23.06.2016
Language:
Russian
Keywords:
computerized nondestructive check, porosity, gas-dynamic method, accuracy, mapping camera
Abstract (English):
This paper reports the mathematical dependence of material porosity on material structure and conditions of gas flow through material controlled. The design of the device for porosity nondestructive check and a principle of its operation are presented. The results of experimental researches carried out on the products of complex ceramic systems are shown. The accuracy in porosity control on the device offered is substantiated and the recommendations for its use in production are made.
This paper reports the mathematical dependence of material porosity on material structure and conditions of gas flow through material controlled. The design of the device for porosity nondestructive check and a principle of its operation are presented. The results of experimental researches carried out on the products of complex ceramic systems are shown. The accuracy in porosity control on the device offered is substantiated and the recommendations for its use in production are made.
Keywords:
computerized nondestructive check, porosity, gas-dynamic method, accuracy, mapping camera
computerized nondestructive check, porosity, gas-dynamic method, accuracy, mapping camera
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2. Device Material Porosity Parameters Measuring: 2560751 Pat. RF: ICI3 G01N15/08 / Zhitnikov Yu. Z., Mozhegova Yu. N. // B. I. № 23, 2015.
3. Mozhegova, Yu.N. Accuracy substantiation of computerized method for definition of pore minimum size in materials / Yu.N. Mozhegovа // Assemblage in Mechanical Engineering, Instrument-Making. - 2015. - № 12. - pp. 33-37.
