The Incredible Strength of a Wooden Joint is Commonly Used in Beams, Pillars, and Foundations

Wooden architecture that composes various spaces within various forms. These building materials are created by connecting or combining several pieces of wood. There are woodworking techniques called joinery and shikuchi for combining these pieces of wood. When wood is cut in the mountains, it is trimmed for easy transportation. The cut logs are then sawn to make woodworking easier. Combining these processed pieces of wood and creating a strong and durable joint is crucial. The progress in this craftsmanship has significantly contributed to the improvement of architectural technology.

There are numerous methods for joinery and shikuchi, and depending on factors such as tensile, bending, and torsional stress, the location within the building is chosen. One of them, the "koshikake-kama-tsugi" (lapped gooseneck joint), is used in many places such as beams, pillars, and foundations due to its strength against tension.


The wood joint in question is remarkable for its exceptional strength, particularly in resisting tension forces. Widely employed in various applications, including beams, pillars, and foundations, this joint stands out for its ability to provide robust structural support in crucial architectural elements.

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