Özet:

With the concentration of global competition, research and development work in all industries has become a critical topic. It is important to understand the deformation behaviors of combinations for sustainable and quality production in the furniture industry. In mechanical science, optical methods provide fast and accurate information about solid materials without contact. In this study, the mechanical characteristics and deformation of different furniture combinations under print and drawing loads were analyzed using the digital image correlation method (DIC). For analysis, the widespread use in box-constructive furniture is the methods of mercury, nail trapez, minifix combination have been selected. In the creation of furniture combinations, a medium-intensity fiber sheet (MDF), a yongga sheet (YL) and a lamine-covered yongga sheet (LY) were used. The study found that the type of combination and the type of material affected the amount of stretching and change (deformation). According to the test results, the highest pressure and drag resistance in the type of material has been given to the Lif sheet. In the combination variety, the bear connection has given the best result. It has been found that the DIC method can be used as a useful tool for the optimization of combinations in furniture design.

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