Özet:

In this study, the impact of the tree type, coating variety and coating measurements (width, length) on the attraction power capacity of the frame-built furniture T-type combinations was studied. The experimental samples were made from the East grain (Fagus orientalis Lipsky) and grain (Pinus sylvestris L.) wood, and the samples were attached with polyvinilacetate (PVAc) and polyurethane (PU). In the trials, a total of 320 T-type trials, including 2 tree species, 2 coating species, 4 thread width, 4 thread length and 5 repetitions of each sample, were prepared and linear drawing trials under static load were submitted. Furthermore, by studying the relationships between the measurements of the fluid and the traction force performance, mathematical models have been developed in which the traction force capacity is considered as the function of the width of the fluid and the length of the fluid according to each tree type and attachment variety. The results of the experiments have shown that from the trees species, the Eastern steel has a higher traction capacity than from the PVAc steel PU steel from the coating species. According to the measurements of the fluid, the fluid width does not have a significant impact on the traction force in the statistical sense, but it is determined that there is a linear relationship between the length of the fluid and the traction resistance

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