Earlier it was found that when high-speed particles of micrometeorites hit the quartz glass of the windows, the initial strength of the glass falls by more than 2 times. In order to assess the residual strength of glass, in this work, studies were continued to find criteria that would make it possible to give an indirect, but rather reliable, assessment of the morphology of forming defects. The identity of the destruction mechanism and the morphology of defects for glasses of various compositions have been proved.
Solinov V.F., Study of quartz glass defects under the action of high-speed microparticles on windows, Glass and Ceramics. 2010. N
8.P. 9 - 12. Solinov VF Study of defects in quartz glass with the action of high-velocity microparticles on port-holes // Glass and Ceram. 2010. V. 67. N 7-8. P. 234 - 237.
Brest V. A., Shelyubsky V. I. Strength of glass under prolonged loading // Glass and ceramics. 1991. N 6. S. 14 - 16.
Brest VA, Shelyubskii VI Strength of glass under a prolonged load // Glass and Ceram. 1991. V. 48. N 6. P. 247 - 250.
Brest V. A., Shelyubsky V. I. Prediction of glass products under the action of long-term variable loads // Glass and ceramics. 1991. N
9.P. 7 - 8. Brest VA, Shelyubskii VI Forecasting working life for glass components under persistent fluctuating loads // Glass and Ceram. 1991. V. 48. N 9. P. 380-383.
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