Center for Fracture Physics
At SRI we have a passion for
fracture physics. We love understanding how and why things break, and
finding ways to keep them from breaking. (Or in cases like rock quarrying
or frozen food grinding, how to break them more efficiently).
For example, we are advancing the
state of practice in failure analysis by developing new methods to quantify
and analyze fracture surface topography.
These methods will allow the history of
a crack to be reconstructed and the
loading conditions to be retroactively determined.
We are extending the lifetime of aging systems,
such as aircraft, power plants, and electronics.
We are inventing ballistic fabrics like
Zylon and designing protective structures for commercial aircraft against engine fragments—
and police and soldiers against hostile fire.
And when a structure fails,
we sleuth out the cause to ensure
the failure doesn't happen again.
We are materials scientists, mechanical engineers, computational physicists, and corrosion experts combining our knowledge and experience to advance fracture science and solve failure problems.
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