Can gravitational waves cancel out?

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SUMMARY

Gravitational waves can be analyzed similarly to light or water waves, particularly in terms of their interference patterns. When two gravitational waves intersect at their maximum amplitude, they produce cumulative effects, leading to increased distortion of objects. Conversely, when a crest intersects with a trough, the effects can cancel each other out, resulting in a momentarily neutral distortion. This behavior highlights the wave-like nature of gravitational waves as they interact with matter.

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udtsith
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Can gravitational waves be treated like light or water waves? E.g. what would happen if two waves intersected at their max amplitude? Or what would happen if they intersected at a peak and trough?
 
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I can't see why it wouldn't be possible.

This is essentially what gravitational waves do to an object:
http://www.lightandmatter.com/html_books/genrel/ch09/figs/gravitational-wave.png
They alternately squash it and squeeze it.

So, two overlapping crests would cause cumulative squishing, while a crest and trough would result in momentarily zero squishing.
 
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