Construction and Building Materials, Volume 371 , 31/03/2023

Effects of density and load orientation on embedment behaviour of coconut wood

Kexin Wang, Hyungsuk Lim, Minghao Li, Suthon Srivaro, Jung Kwon Oh

Abstract

Different from most species of monocot clade, palm trees (Arecaceae) have woody materials which could be used for construction. However, the engineering embedment properties of coconut wood are not available in modern building codes. In this study, half-hole dowel embedment experiments, according to ASTM D5764-97a, were conducted on coconut wood with three dowel diameters in directions parallel and perpendicular to the grain for the full range of densities. The results showed that the empirical equations for common structural wood in an internationally acknowledged wood design standard overestimate the embedment strength of coconut wood by 32.9% on average.

Document Type

Article

Source Type

Journal

Keywords

Coconut woodDowel embedment propertiesHalf-hole testPalm wood

ASJC Subject Area

Engineering : Building and ConstructionMaterials Science : Materials Science (all)Engineering : Civil and Structural Engineering

Funding Agency

National Research Council of Thailand


Bibliography


Wang, K., Lim, H., Li, M., Srivaro, S., & Oh, J. (2023). Effects of density and load orientation on embedment behaviour of coconut wood. Construction and Building Materials, 371doi:10.1016/j.conbuildmat.2023.130736

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