General Experimental Method of Research of Anisotropy of Conductive Materials

Baryshev, Gennady K.; Barzov, A. A.; Biryukov, Aleksandr P.; Kondrateva, Anastasia; Tutnov, I. A.

doi:10.4028/www.scientific.net/kem.822.72

Cited by 1 publication

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“…Baryshev G.K. [14] devotes a new general experimental method for studying the anisotropy of conducting materials of various functional purposes. The difference between the presented method and the previously known one is in the high rate of anisotropy assessment, ensuring the possibility of anisotropy assessment of the properties of materials by the volume of the sample or product under investigation during their manufacture or operation.…”

Section: Fig 1 Separation Of Bindings From Window Spansmentioning

confidence: 99%

The blast relief sandwich panel fixing under the explosion energy action

Rybakov

Gracheva²,

Ogurtsov³

et al. 2021

E3S Web Conf.

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This article is devoted to the assessment of the efficiency of using wall sandwich panels with mineral wool core, sheathing made of galvanized steel with a polymer coating, used as blast-relief panels. The article presents the developed seating unit for the wall sandwich panel at the moment of the explosion energy influence. As a result of the experiments carried out, when an excess pressure of no more than 3.0 kPa in the room is reached, the safety shut-off devices ensure the discharge of the displaced element, which avoids damage to the main elements of the frame. According to the results of 2 tests, the actual value of the overpressure for opening the displaced element is 2.7 kPa, which allows the discharge of the displaced element to be ensured. In the course of the study, the expediency of using blast-relief panels(BRP) in the form of wall sandwich panels was substantiated, and this technical solution was implemented at the facility with the possibility of a deflagration explosion

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Section: Fig 1 Separation Of Bindings From Window Spansmentioning

confidence: 99%