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Residual
Stress Measurement DATA for Propeller Blades and Stresses
For
Residual Stress Analysis
|
Retained
Austenite Analysis
|
ASTM
E915
ASTM
E1426
SAE
J784a
Metals
& Ceramics
Depth
Profiling
Multiple
exposure technique
|
ASTM
E975
SAE
SP - 453
Bearings,
gears and other
close
tolerance components
4
- peak analysis
Correction
for carbides
|
Component
Quality
|
Process
Control
|
Prolong
fatigue life
Increase
component strength
Decrease
component weight
Reduce
component failures
|
Eliminate
needless manufacturing steps
Analyze
effects of manufacturing steps
Fine
tune process parameters
|
Applications
Residual
stress and retained austenite measurements have
been performed by TEC
for
a wide variety of processes, parts and materials.
The following tables list many examples.
Processes
welding,
forging, rolling, shot peening,
machining, casting, grinding,
cold
working, extruding, heat treating
Application
Parts
|
Application
Materials
|
-
automotive and aerospace components
-
engine and transmission components
-
components
-
armaments & missiles
-
electric motor components
-
biomedical components
-
wheels
-
springs
-
pipes & structures
-
tools & dies
-
test coupons
-
pumps
-
drills & fasteners, etc.
|
Alumina,
Alpha iron, Brass,
Case iron,
Chromium, Copper,
Tin, Nickel,
Silicon nitride,
Tungsten carbide,
Carbon steels,
Silicon carbide,
Alloy
steels,
Aluminum alloys,
Titanium
alloys,
Cobalt alloys,
Uranium alloys,
Nickel alloys,
Zirconium
alloys,
Austenitic,
ferritic
and martensitic
stainless steels
|
|