A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The spheroplastics destruction mechanisms under hydrostatic compression
This paper is devoted to hydrostatic compression testing of glass microspheres and spheroplastics (syntactic foam) based on them. Despite a significant share of the void, for example, with a volume fraction of glass microspheres in the syntactic foam of 0.5, the share of the void will be equal to 0.447. The opposition to hydrostatic compression of this material is surprising.The authors consider that the whole point here is to determine the signs and criteria of destruction of these materials. That is why tests were conducted to determine the strength of spheroplastics and a set of glass microspheres with modeling in the composition of an aqueous emulsion.
The spheroplastics destruction mechanisms under hydrostatic compression
This paper is devoted to hydrostatic compression testing of glass microspheres and spheroplastics (syntactic foam) based on them. Despite a significant share of the void, for example, with a volume fraction of glass microspheres in the syntactic foam of 0.5, the share of the void will be equal to 0.447. The opposition to hydrostatic compression of this material is surprising.The authors consider that the whole point here is to determine the signs and criteria of destruction of these materials. That is why tests were conducted to determine the strength of spheroplastics and a set of glass microspheres with modeling in the composition of an aqueous emulsion.
The spheroplastics destruction mechanisms under hydrostatic compression
Turusov Robert (author) / Solodilov Vitaliy (author) / Kireynov Alexsey (author) / Korokhin Roman (author) / Kuperman Alexander (author)
2019
Article (Journal)
Electronic Resource
Unknown
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