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A successful failure
analysis will identify the
correctness of the microstructure,
and whether the component was
altered. Failure analysis will
also identify if the design stress
was exceeded. Failure analysis can
help you understanding the
relationship between a failure, an
imperfection and a defect.
Here is Important Features of
Failure Analysis:
Pin-Point Failure Mechanism
Identify as a Defect or Imperfection
Evaluate Design of the Failed
Part/Component
Determine 'Root Cause'
Primary
Primary Root Cause
Secondary
Cause Root Cause
Failure Analysis Highlights:
Macroscale and Microstructure
Examinations
Correlation of the fractured surface
to the microstructure is done to
help you understand the type of
loading.
Stress Analysis
Understanding loading conditions of
the failed part.
Fracture
Know how the history of the failure
through the fracture.
Root Cause Analysis
Identifies everyday
behaviors by 'Causal Factoring.'
Failure Analysis Report
Charts,
Diagrams, Graphs & Photographs
Metallurgical Analysis
Stress Analysis
Fracture Analysis
Well Organized and
Easily to Read
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Root Cause Analysis
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Root cause is
commonly used with failure
analysis. What root cause
means to failure analysis is
that when a failed part is
examined with enough intensity
it is highly probable that a
final and a high confidence
level of certainty as to the
causation will be reveal when
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FEA
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FEA (Finite Elemental Analysis)
is a powerful graphic
representation of the problem
when the metal is over stressed.
Without stress analysis of some
kind is that the part failed at
a stress concentration.
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