To study the axial compressive mechanical properties of bamboo in different temperatures (-
60° C∼ 200° C, 11 temperatures), 264 specimens were designed for experimental research …

The mechanical behaviour of bamboo is greatly influenced by its transverse properties,
which are not easily measured by experiment. This study develops a framework and the …

Bamboo has attracted considerable recent interest in sustainable buildings as the fastest-
growing natural material retaining mechanical properties similar to structural wood while …

The growing demand for sustainable load-bearing materials drives the need for
understanding the various design considerations these pose within the modern built …

Bamboo is in the spotlight as a potential building material in the current pursuit of a CO2-
neutral society, due to its rapid maturation and excellent mechanical properties. Despite the …

An investigation has been conducted into measurement errors associated with the thermal
disturbance created when a thermocouple is inserted perpendicular to a thermal wave in a …

A series of experiments have been conducted to measure the in‐depth heating of laminated
bamboo samples subjected to heat fluxes of 5, 10, 30, and 60 kW/m2, either perpendicular …

This paper analyses the different parameters governing fire growth and presents the results
obtained for laminated bamboo samples produced from the species Phyllostachys …

Traditionally, bamboo has only been used for structural purposes in low-rise buildings, and
one of the main reasons is that the fire performance of load-bearing bamboo structures is not …

In order to adequately quantify and predict the fire performance of novel construction
materials and systems, their thermo-mechanical response to representative fire exposures …