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Nuts and bolts are extremely simple pieces of hardware that are actually quite incredible. Not only are they really cheap, they create joints that can be disassembled and reassembled multiple times, and a well designed joint can transmit huge forces without failing. So itamp;#39;s no surprise that bolted joints are used in everything from the most basic, to the most challenging engineering applications. But thereamp;#39;s more to them than you might think. And it all starts with the assembly process. Hereamp;#39;s a simple bolted joint, where the fastener, in this case a single bolt, passes through holes in two plates and is secured with a nut to complete the assembly. Letamp;#39;s look closely at what happens when the nut is tightened. As itamp;#39;s turned, the threads on the bolt and the nut engage, and rotation of the nut pulls the bolt threads down, which causes the bolt to stretch. This stretching creates a tensile force in the bolt, pulling the two jo