Fasteners - Types and Uses

Front

Which best describes the reason why mechanical assembly is often preferred over others?

Back

ease of disassembly

Front

What type of fastener is this? Options: Hex head bolt, Socket head cap screw, Pop rivet, Button head bolt

Back

Socket head cap screw

Front

Most externally threaded fasteners are produced by which one of the following processes: cutting the threads, milling the threads, tapping, thread rolling?

Back

thread rolling

Front

What is this tool?

Back

Torque wrench

Front

Which of the following are the common ways in which threaded fasteners fail during tightening: excessive compressive stresses on the head of the fastener, excessive compressive stresses on the shank of the fastener, excessive shear stresses on the shank of the fastener, stripping of the internal or external threads?

Back

stripping of the internal or external threads

Front

The gasket in this example is dynamic.

Back

False

Front

Which of the following are considered good product design rules for automated assembly? design with the fewest number of components possible, design using bolts and nuts to allow for disassembly, design with many different fastener types, design parts with asymmetric features

Back

design with the fewest number of components possible

Front

Identify A: Thread angle, Minor diameter, Major diameter, Pitch

Back

Thread angle

Front

Do bolts cope well with shear stress?

Back

If calculated correctly

Front

Which methods are used for applying torque to achieve a desired preload of a threaded fastener? Options: snap fit, use of lockwasher, torque wrench, arbor press

Back

torque wrench