Laminated glass is made by joining two or more glass layers together using a polymeric
interlayer which can significantly minimize the risk of flying shards and dissipate a great deal …

Local bridging ability between fragments including bridging force and adhesion concerns
the post-fracture performance of laminated glass (LG). Weathering actions such as heat and …

Laminated glass panels are often used to enhance the blast resilience of buildings by
replacing the inherently brittle, monolithic glass that has historically been used in building …

The different stages of an impact on laminated glass are difficult to observe and quantify but
are essential for numerical model validation. To assess the performance of this composite to …

The influences of variable damages (crack and delamination) and high-strain loading
conditions on the elasto-plastic stress–strain characteristics of fiber-reinforced polymeric …

Laminated glass has been introduced to improve the mechanical performance, in particular
impact resistance, of float glass while maintaining its transparency. However, its rate …

Laminated glass panels are increasingly installed in glazed façades to enhance the blast
protection of buildings. These ductile panels offer residual bending resistance following the …

The applications of architectural and automotive laminated glass continue to grow. This is
largely due to the enhanced safety in extreme events, such as blast. However, the complex …

The fluid inside a Water Flow Glazing (WFG) panel creates a linear pressure distribution
along the vertical dimension. Tension stress can cause problems with the sealant; …

The bridging behavior between fragments is one vital factor in the post-fracture stage of
glass laminates. A particle-based discrete element model was developed in this work to …