USING THE IDEA DIAGRAM METHOD TO DESIGN A DEVICE TO RECORD THE VARIATION OF FORCE SIZE IN SHEAR CUTTING

Rica Georgiana BÂZDÂGĂ, Gheorghe NAGÎȚ, Alexandra Anamaria SPIRIDON, Marius Andrei MIHALACHE, Oana DODUN, Laurențiu SLĂTINEANU

Abstract


The existence of information regarding the behavior of different materials under mechanical stress is useful when aiming to optimize the conditions for the shearing conditions of workpieces made of metallic or plastic materials. The paper addresses the problem of designing a device that would allow the experimental study of the behavior of different materials during shearing. To identify a solution for such a device, a method to stimulate technical creativity was used, namely the idea diagram method. By applying the principles related to this method, a device designed to allow the study of the behavior of materials during shearing was gradually outlined. The device can be adapted to a universal lathe and provides conditions for highlighting the influence exerted by different factors on the variation of the magnitude of the force necessary for the materialization of a shearing process.


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References


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