Fiducial marker in SHM systems

In summary, for a mass on a spring system (vertical) and a simple pendulum, the ideal location to place a fiducial marker would be below the bob at the equilibrium position. This is because it is the point with the maximum speed or shortest transit time. Placing the marker below the suspension point would result in minimal movement. Placing it near or beyond the bob would maximize movement.
  • #1
Rohan1997
27
0

Homework Statement


Where would be the perfect place to place a fiducial marker in a: mass on a spring system (vertical) and a simple pendulum?

Homework Equations

The Attempt at a Solution



My teacher told me that for a simple pendulum it would be below the bob at equillibrium position because this is the point where the bob has its max. speed or the transit time is the smallest

But I have no idea why this would mean that the below the bob would be better then anywhere else
 
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  • #2
Wouldn't it interfere if it was placed anywhere else?
 
  • #3
If you put the mark right below the suspension point, there would be virtually no movement at all. If you want to maximise the movement, you need to be near (even beyond) the bob.
 

Related to Fiducial marker in SHM systems

What is a fiducial marker in SHM systems?

A fiducial marker is a reference point or object that is placed on a structure or component in a structural health monitoring (SHM) system. It is used as a point of comparison to measure any changes or movements in the structure.

Why are fiducial markers important in SHM systems?

Fiducial markers provide a known point of reference for measuring changes in a structure. They help to accurately detect and monitor any structural damage or degradation, which is essential for ensuring the safety and integrity of the structure.

How are fiducial markers placed in SHM systems?

Fiducial markers can be placed on a structure using various methods such as adhesive, welding, or bolting. The placement of the markers should be carefully planned to ensure they are in locations that are representative of the entire structure and can accurately measure any changes.

What materials are used for fiducial markers in SHM systems?

Fiducial markers can be made from a variety of materials such as metal, plastic, or ceramic. The material used will depend on the specific application and environment in which the SHM system is being used.

How are fiducial markers monitored in SHM systems?

Fiducial markers can be monitored using various techniques such as strain gauges, accelerometers, or optical sensors. These sensors are used to measure any changes in the position or movement of the markers, which can indicate any structural changes or damage.

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