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Professional Engineering Division |
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| Strain Gage Testing -
Thielsch Engineering performs strain gage testing to determine material stress
due to static and dynamic loads coming from internal and external sources, such
as mechanical, thermal, and pressure.
Strain gages can be either bonded or welded to the test surface. The simplest strain gage circuit is a ¼-bridge configuration which uses a solitary gage to measure strain along a single axis. A rosette of three ¼-bridge circuits can be used to determine principal stresses and construct a Mohr's circle of the stress state. Specialized full-bridge circuits are used to measure bending, tension and torsion. For example, when used with telemetry, this testing can identify blade tension due to centrifugal force, bending due to lift, bending due to drag, plus torsion in the drive shaft of an axial flow fan.
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