Laminated glass is obtained by bonding two or more glass layers using a polymeric
interlayer. Compared to monolithic glass, laminated glass is beneficial in terms of post …

Glass has outstanding optical properties, hardness, and durability, but its applications are
limited by its inherent brittleness and poor impact resistance. Lamination and tempering can …

The subject of the paper is modelling of complex damage behaviour of laminated glass,
which is a sandwiched polymer composite. Last 20 years have witnessed extensive growth …

Structural glass represents a relatively new solution for constructions, requiring appropriate
knowledge, but is largely used for facades, roofs, footbridges, etc. There, composite systems …

Load-bearing laminated glass (LG) elements take the form of simple members in buildings
(ie, columns, beams, and plates) or realize stand-alone assemblies, where glass and other …

The designed fracture of laminated glass (LG) makes it useful for architectural, glazing,
automotive safety, photovoltaic, ultraviolet ray protection, and decorative applications. The …

Surlyn-Zn2+ and zinc stearate have been used to synergistic modify ethylene–acrylic acid
co-polymer (EAA), and the EAA/Surlyn-Zn2+/zinc stearate blend was prepared by blending …

The mechanical behaviour of laminated glass is strongly affected by the polymeric interlayer
placed between glass layers. In general, this interlayer is a viscoelastic material, and …

SentryGlas®(SG) laminated glass (LG) is commonly used as a load bearing material in
structural applications. Like other conventional structural materials, SG LG plates are …

Polymeric interlayers are of significance for the structural capability of thin-walled laminated
glass members both before and after glass fracture. Polymers present evident temperature …