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When engineers design structures or machines, they rely on bolts to hold things together. But did you know bolts aren’t all the same? Very interesting for structural projects is the double-end bolt.
A Skill Every Engineer Must Know
Engineers must know how to choose the appropriate double-end bolt. There are some special features double end bolt have that make them good for a few jobs. Engineers need to know how to select the correct double-end bolt so that their designs are safe and secure.
Why some engineers draw a blank on this crucial formula
While the double-end bolt choice is crucial, some engineers overlook a vital formula for this special bolt. This equation is referred to as the crack torque value, and it serves to determine the strength of a double-end bolt.
A rapid method of computing the crack torque value
It may sound difficult to measure this crack torque value but with the formula it takes only 3 minutes. To determine the crack torque value, engineers must know the bolt material, the size of the bolt and how safe they want it to be. With these values in hand, engineers can easily determine the crack torque value of a double-end bolt by inserting the values into the formula.
Discriminately Selecting the Doubly-End Bolt
Once you learn to pick the appropriate double-end Bolt and understand the crack torque value formula, you can employ these special bolts in your designs. With proper double-end bolt and crack torque value calculations, engineers can ensure their structures and machines are sturdy and last a long time.