… in a fragment with a lower stress state. If we consider the strain energy left in a fragment
relative to the strain energy in … on the initial stress state due to the linear nature of the problem. …

… remaining strain energy and thereby the stress in a fragment … residual stresses, tempered
glass will contain strain energy … stress state everywhere in the plate, the strain energy per unit …

… of influence of the remaining elastic strain energy in a single fragment taking into account …
elastic strain energy resulting from the residual stress state from the thermal tempering process…

… Due to the parabolic stress state an elastic strain energy is established inside of the tempered
glass … is governed by the residual stress respectively the released strain energy, for two …

… This work addresses this gap for glass plates with parabolic residual stress profiles; this can
… Here, m , is the slope of the fragment density as a function of the squared total strain energy …

… fragments are caused by a high stored strain energy due to the high residual stress state …
investigation into the fragment size of tempered glass plates with various residual stress levels …

… Thermal tempering induces a quasi-parabolic stress state (also called … Thermally tempered
glass has a sufficiently high elastic-strain energy to generate small fragments of roughly …

… beyond 294 nm, a plane stress state in the model with known … higher residual stresses. This
prestress level is high, fully … such as dust particles or impurities on the glass sample surface. …

… The fragment size depends on the amount of the stored energy. Small fragments are
caused by highly stored strain energy due to the high residual stress state originating from the …

… in-plane expansion of the tempered glass fragments during the fracturing process. … residual
stress state within the glass plate is disturbed sufficiently and it holds an elastic strain energy …