The bond strength of adhesively bonded timber–concrete composites (ATCC) with
prefabricated concrete elements is usually described using the shear strength of the timber …

Shear failure parallel to grain is a common failure mode for bamboo scrimber under flexural
loading. To address this issue, the bamboo scrimber beams were reinforced with bamboo …

I-beams are widely used in construction structures because of their excellent mechanical
properties. This research experimentally investigated the flexural performance of composite I …

An experimental program was conducted to clarify the wood swelling effect on the shear
strength and failure modes of adhesively bonded timber-concrete composite (TCC) joints. A …

The study assesses the suitability of lower grade fast-growing poplar lumber in
manufacturing Cross Laminated Timber (CLT) panels and its compatibility as a core layer in …

As a new kind of building material, ice has been paid more and more attention and applied
in cold, polar regions and the outer space. The shear mechanical properties of plain ice and …

This paper investigated the shear bond strength of adhesively bonded timber-concrete
composite (TCC) joints between spruce wood and cast-in-situ concrete (ie, TCC joint …

To optimize the bonding performance between prefabricated concrete and wood in
adhesive-bonded timber-concrete composite (TCC) system, the authors conducted quasi …

Wet and dry bonding techniques were used to bond the spruce timber and concrete with the
adhesive as a timber-concrete joint (TCJ) in this study. This paper discusses the effect of …

Composite constructions made of wood and concrete are being researched as revolutionary
structural components that offer many benefits. The connection in timber-concrete-composite …