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At the thermal tempering process elastic energy is stored in glass panes. At the breakage of thermally tempered glass this energy is partly or fully released. The broken glazing measurably expands its size with noise and kinetic movement. The determination of elastic strain energy bases on the theory of glass fracture and its further extension. The distinction into elastic and kinetic parts of the stored energy was shown on the molecular dimension by Kerkhof in 1970. The authors of this contribution developed an approach to transfer the molecular level into macro dimensions. The contribution discusses the approach. A comprehensive test series to check the developed approach is in progress.
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