Statistical Design of Experiments
Statistical Design of Experiments
B.
B.
Socket Bore Location
Socket Bore Location
B
B-
1
11
-
-
Level 1: (+0.004”) -
Level 1: (+0.004”) -
2.596” from follower
2.596” from follower
shaft centerline0.0015” press
shaft centerline0.0015” press
B
B
2
2
-
-
Level 2: (+0.0066”) -
Level 2: (+0.0066”) -
2.5986” from
2.5986” from
follower shaft centerline0.0025” press
follower shaft centerline0.0025” press
C.
C.
Ram Pressure
Ram Pressure
C
C
1
1
-
Level 1: Set ram pressure at 450 psi
Level 1: Set ram pressure at 450 psi
C
C
2
2
-
-
Level 2: Set ram pressure at 600 psi
Level 2: Set ram pressure at 600 psi
psi
D.
D.
Teledyne Back Stop Position
Teledyne Back Stop Position
D
D
11
-
-
Level 1: Matched centerlines
Level 1: Matched centerlines
D
DA
2
22
-
--
Level 2: Offset centerlines
Level 2: Offset centerlinesLevel 2: Eliminate lubricity of wash
E.
E.
Socket Press Fit Interference
Socket Press Fit Interference
E
E
11
11
--
--
Level 1: Nominal press interference, Level 1: Jem Blast wash, one week old
Level 1: Nominal press interference, Level 1: Jem Blast wash, one week old
i.e., -0.0015” press
i.e., -0.0015” press
-0.0015” press
0.0015” press
E
E
2
2
-
-
Level 2: Maximum print press
Level 2: Maximum print press
interference, i.e., -0.0025” press
interference, i.e., -0.0025” press
.e., -0.0025” press
-0.0025” press
0.0025” press
Five Factor Full Factorial
Five Factor Full Factorial
Experiment
Experiment
Cambox Example
Cambox Example
A.
A.
Lubricity of Wash Media
Lubricity of Wash Media
A
A
1
A
2
-
Level 2: Eliminate lubricity of wash
media
media
 |
 |
 |