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The effects of material variations in high value manufacturing industries
Akbar Jamshidi
, Paul Maropoulos
, Martin Ansell
, Jon Cave
University of Bath
Helander Precision Engineering
Research output
:
Chapter in Book/Published conference output
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Conference publication
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Keyphrases
Manufacturing Industry
100%
Material Effect
100%
High-tech Production
100%
Superalloy
100%
Material Variability
100%
Measurement System
40%
Heat Treatment
40%
Chemical Composition
40%
Confidence Level
40%
High Performance
20%
Planning System
20%
Manufacturing Resource Planning (MRPII)
20%
Manufacturing Firms
20%
20th Century
20%
Sources of Variation
20%
Oil Industry
20%
Manufacturing Methods
20%
Manufacturing Capability
20%
Chemical Effect
20%
Microscopic Analysis
20%
Gas Industry
20%
Nuclear Industry
20%
Human Error
20%
Nickel-based
20%
Oxidizing Environment
20%
Treatment Standards
20%
Non-uniform Distribution
20%
Surface Temperature
20%
Material Composition
20%
Company Knowledge
20%
Corrective Action
20%
Aerospace Industry
20%
Industry Needs
20%
In-line Control
20%
Probe System
20%
Product Validation
20%
Repeatability Test
20%
Tight Tolerances
20%
Process Verification
20%
Future Products
20%
Causes of Variation
20%
Automated Machine
20%
Corrosive Environment
20%
Material Aspects
20%
Difficult-to-cut Alloys
20%
Statistical Process Control
20%
Machining Capability
20%
Materials Preparations
20%
Errors in Measurement
20%
Machining Quality
20%
Mechanical Hardness
20%
High Temperature Resistance
20%
Reproducibility Study
20%
High-strength Materials
20%
Metallurgical Structure
20%
Verification System
20%
Low Thermal Conductivity
20%
Metal Elements
20%
Engineering
Measurement System
100%
Heat Treatment
100%
Confidence Level
100%
Manufacturing Company
50%
Fits and Tolerances
50%
Repeatability
50%
Petroleum Industry
50%
Low Thermal Conductivity
50%
Material Composition
50%
Control Line
50%
Corrective Action
50%
Final Product
50%
Machining Quality
50%
Statistical Process Control
50%
Material Science
Superalloys
100%
Machining
80%
Heat Treatment
40%
Surface (Surface Science)
20%
Thermal Conductivity
20%
Process Control
20%
Metallurgical Structure
20%