Gubain successfully developed foam glass using glass powder as the raw material and CaCO 3 as the foaming agent this mixture was heated in a refractory mold, to obtain a light material. Generally, the production process of foam glass is as follows: Firstly, a uniform mixture is formed by adding appropriate amounts of the foaming agent, cosolvent, and various modified additives, and, then, the uniform mixture is put into a specific mold and subjected to preheating, melting, foaming, cooling, and other processes. Based on the analysis of the stress and strain curves, a constitutive model is proposed for the application of tailing microcrystalline foam glass and future research on this material.įoam glass (FG) is a porous glass material composed of waste glass and various mineral waste materials. The modulus of elasticity and the Poisson’s ratio are discussed, and a formula for the modulus of elasticity is proposed. The microcrystalline decoration surface improved the flexural strength and compression strength of the tailing microcrystalline foam glass. With the reduction of the amount of SiC, the strength of the material and brittle failure increased. The research showed that the foaming agent (SiC) had a great influence on the mechanical properties of the material.

In order to analyze TMFG basic mechanical properties, a series of experimental studies were carried out by performing the four-point flexural, shear, uniaxial compression, and splitting tensile strength tests. TMFG has a broad application prospect, but there has been little research on the macroscale mechanical properties of this material. Tailing microcrystalline foam glass (TMFG) is a building material that not only has the characteristics of light weight, fire resistance, and thermal insulation, but also has decorative applications.

Fernandes fg serial number