Keyphrases
A356 Alloy
100%
Patent Protection
75%
Intellectual Property
66%
Commercial Value
66%
Patent Management
66%
Porosity
66%
4-cycle
66%
Firm Performance
58%
Fatigue Performance
55%
Rapid Prototyping
55%
Alloy Casting
50%
Foundry Process
50%
Fatigue Life
50%
Nondestructive Evaluation
50%
Design Paradigms
50%
Process Simulation
50%
Hydrogen Content
44%
Safety-critical
44%
Cast Aluminum Alloy
44%
Information Management
41%
Patent Information
41%
Protection Management
41%
Manufacturing Process
40%
Microscopic Inclusions
33%
Lattice Disregistry
33%
Intangible Assets
33%
Microshrinkage
33%
Porosity Evolution
33%
Grain Refiner
33%
A356
33%
Neurological Drugs
33%
Strategic Use
33%
Phase Transformation Behavior
33%
Zirconium Dioxide
33%
Legal Monopoly
33%
Market Advantages
33%
Government Regulators
33%
Value Articulation
33%
Gastrointestinal Drugs
33%
Patent Expiry
33%
Intellectual Property Regimes
33%
Rutile
33%
Intelligent Setting
33%
Al4C3
33%
Solid Freeform Fabrication
33%
Sand Casting
33%
Laminated Object Manufacturing
33%
Rapid Tooling
33%
Commercial Innovation
33%
Coherency Strain
33%
Engineering
Layered Manufacturing
66%
Engine Cycle
66%
Microporosity
66%
Casting Alloy
58%
Fatigue Performance
52%
Simulation Tool
50%
Design Stage
50%
Process Parameter
50%
Manufacturing Process
46%
Design Paradigm
44%
Process Simulation
44%
Non Destructive Evaluation
44%
Inspectability
44%
Porosity
44%
Probabilistic Method
41%
Experimental Observation
41%
Two Dimensional
41%
Dimensional Model
41%
Simulation Result
41%
Casting Process
41%
Phase Composition
40%
Rapid Tooling
33%
Laminated Object Manufacturing
33%
Fatigue Lifetime
33%
Stroke Engine
33%
Clean Air
33%
Engineering
33%
Rapid Prototyping
33%
Energy Engineering
33%
Disregistry
33%
Design for Assembly
33%
Hydrogen Gas
33%
Sieverts Law
33%
Mineral Phase
33%
Industrial Engineer
33%
Ray Diffraction
33%
Cooling Cycle
33%
Aluminum Castings
33%
Late Stage
33%
Simulation Model
33%
Titanate
33%
Macroscale
33%
Optimum Condition
33%
Spark Ignition Engine
33%
Cooling Rate
33%
Grain Refiner
33%
Special Attention
33%
Probability of Detection
27%
Fatigue Crack Growth
27%
Rapid Prototyping Process
22%
