E. Schaumann

Shear resistance of lightweight concrete core of FRP-concrete sandwich structure (2009)

Schaumann, E, Vallée, T, Keller, T

Modeling of direct load transmission in sandwich beams with lightweight concrete (2009)

Schaumann, E, Vallée, T, Keller, T

Direct load transmission in hybrid FRP and lightweight concrete sandwich bridge deck (2008)

Schaumann, E, Vallée, T, Keller, T

Direct load transmission experiments on hybrid short-span beam specimens for a novel bridge deck were performed. The sandwich construction consists of three layers: a fiber- reinforced polymer...

Direct loading experiments on hybrid-FRP lightweight concrete sandwich bridge decks (2008)

Schaumann, E, Vallée, T, Keller, T

Direct load transfer in hybrid FRP-concrete sandwich structure for bridge decks (2008)

Schaumann, E, Vallée, T, Keller, T

Direct load transmission in sandwich slabs with lightweight concrete core (2008)

Schaumann, E, Vallée, T, Keller, T

Flexural behavior of a hybrid FRP-concrete sandwich bridge deck (2008)

Schaumann, E, Vallée, T, Keller, T

Direct load transfer in hybrid FRP-concrete sandwich structure for bridge decks (2008)

Schaumann, E, Vallée, T, Keller, T

Bridge deck from FRP-composites and lightweight and high performance concrete. (2007)

Keller, T., Schaumann, E., Vallee, T.

Bridge deck from FRP-composites and ligtweight and high performance concrete (2007)

Keller, T, Schaumann, E, Vallée, T

Flexural behavior of a hybrid FRP and lightweight concrete sandwich bridge deck (2007)

Keller, T, Schaumann, E, Vallée, T

This paper presents a new concept for a lightweight hybrid- FRP bridge deck. The sandwich construction consists of three layers: a fiber-reinforced polymer composite (FRP) sheet with T-upstands for...

Hybrid FRP-concrete sandwich bridge deck (2006)

Keller, T, Schaumann, E, Vallée, T

A new concept for a ligthweight hybrid-FRP bridge deck (2006)

Schaumann, E, Keller, T, Vallée, T