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Article
A new assessment of internal stress within kiln-dried lumber using a restoring force technique on a half-split specimen
Due to difficulties in determining modulus of elasticity of wood, only strain or deflection profiles caused by relaxation of internal stress are normally evaluated for industrial kiln-dried lumber. To directly...
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Article
Within-tree variability of internal stress generated during drying of rubberwood lumber
The generation of drying stress within the lumber from the trunk of a rubber tree prepared from different locations (radial distance up to 110 mm and height up to 4 m) has been investigated in real-time by usi...
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Article
Comparison of techniques for quantification of internal stress within industrial kiln-dried timber
For a quantification of internal stress within industrial kiln-dried timber, a comparison of a new restoring force (RF) technique is made against the McMillen slice test and the standard case-hardening test. S...
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Article
Correction to: Comparison of techniques for quantification of internal stress within industrial kiln-dried timber
Unfortunately, an unintentional mistake has been made during calculation of maximum gap distance G100 for the 100 mm wide timber in the presented article.
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Article
Physical, mechanical and thermal properties of cross laminated timber made with coconut wood
The fundamental material properties of coconut wood cross-laminated timber (CLT) were experimentally evaluated with a focus on the effect of the lamination density. Considering the significant density variatio...
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Article
Open AccessDevelo** structural sandwich panels for energy-efficient wall applications using laminated oil palm wood and rubberwood-based plywood/oriented strand board
In this work, a new type of structural sandwich panels made with laminated oil palm wood core and rubberwood-based oriented strand board (OSB)/plywood faces were introduced for energy-efficient wall applicatio...