engleski

Optimisation of furniture testing

In the area of sitting furniture testing there are different standards existing that define minimal quality range. These kind of testing are long lasting and expensive. The intention is optimisation and shortening of testing time (and decrease of expenses) for standard chairs in production. Research object in this paper was standard joint consisting of round tenon and mortise. Also there were two modified tenon joints made. Joints were statically and dynamically tested. Results of static and dynamic testing are given in form of load momentum. High coefficient of correlation of all sample groups shows strong dependence between static and dynamic testing of samples. From results of three samples testing it can be concluded that there is possibility for decreasing expenses for quality determination especially those related to durability of construction (replacement of dynamic testing with static testing).

Optimisation; wooden joints; furniture quality; furniture testing

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