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FRASTA-3D Fractography
Analyzing the cause of structural failure is an important element
of design research. SRI's fracture analysis technologies extract data from the fracture
surfaces of failed components, allowing SRI to determine the crack
history and the loads that caused the failure. We have developed
software, called FRASTA, that controls a confocal optics scanning
laser microscope and acquires, manipulates, analyzes, and displays the
topographic data.
FRASTA-3D Fractography
Analyzing the cause of structural failure is an important element
of design research. SRI's fracture analysis technologies extract data from the fracture
surfaces of failed components, allowing SRI to determine the crack
history and the loads that caused the failure. We have developed
software, called FRASTA, that controls a confocal optics scanning
laser microscope and acquires, manipulates, analyzes, and displays the
topographic data.
Advantage
FRASTA extracts previously unobtainable information from the fracture
surfaces of
failed components, information that enables virtual prototyping of
fracture-resistant materials and quantitative assessment of the loads
that caused a structural failure. Conventional fractography is two-dimensional,
qualitative and subjective. Three-dimensional fractographic analysis
is quantitative and objective.
Opportunity
FRASTA has immediate commercial applications. Four FRASTA units have
been sold and are currently in use. Licensing of the software is available
through SRI for use in failure analysis, materials design, or for training
scientists and engineers.
Learn more about our FRASTA-3D
Fractography
Visit the Laboratory -
Fracture Mechanics
Technical Contacts:
Donald A. Shockey
(650) 859-2587
donald.shockey@sri.com
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