Proposal of a Three-Dimensional Finite Element Analysis Model for Simulating Wood Embedment Behavior

July 24, 2026Mokuzai GakkaishiOpen Access

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Key Points

To develop a three-dimensional finite element analysis model for estimating the embedment performance of traditional wooden joinery.
Constructed a finite element model representing the embedment behavior of wood joints.
Compared experimental results and analytical results including load-displacement curves and strain distributions.
Evaluated the model's applicability for isotropic and triangular displacement embedment.
Initial stiffness and yield strength were accurately estimated according to analytical methods.
Model evaluations revealed overestimation in second-order gradients, affecting precision.
Load-displacement relationships correlated well with experimental findings.

Assesses a finite element model simulating wood embedment behavior, indicating improved structural analysis methods.

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KAISE et al. (2026) studied this question.

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