Optimization for the Adhesion Conditions to Stainless Steel Plates Using Conference Matrices

The subject of assembling the tool box to equip the truck is to shorten the weldingWelding time and reduce the weldingWelding strain. Therefore, in order to replace the weldingWelding of steel plates with adhesivesAdhesive, we conducted research to optimize the bonding conditionsCondition. In addition to changing the adherent to stainless steelStainless steel plate, which is often used for tool boxes, parameter designParameter design is used to optimize for the bonding conditionsCondition between stainless steelStainless steel plates that suit the production site by taking into account the bonding pressure and pressurization time for layout 3 levelsLevel and 6 factors are taken up as control factorsControl factor. Conventionally, the orthogonal table L18 is used, but theConference matrices conference matrices C6, which can reduce the number of experiments to 1/3, is adopted. The bonding area is the signal factorSignal factor, the temperatureTemperature deterioration is the noise factor, and the tensileTensile shear load is the characteristicCharacteristic value. We were able to find bonding conditionsCondition that were superior to the best conditionsCondition in the first and second experiments in terms of tensileTensile shear load and its variationVariation.