Determination of Thermal Boundary Conditions Using Piecewise Hermite Polynomials During the Air Transfer Step of an Industrial Quenching Process

Keyphrases

• Air Transfer 100%
• Air Travel 33%
• Capacitance Analysis 33%
• Exhaustive Search Algorithm 33%
• Experimental Characterization 33%
• Fast Converging 33%
• Heat Flux 33%
• Hermite Polynomials 100%
• Heterogeneous Conditions 33%
• In Situ 33%
• In-body 33%
• Industrial Environment 33%
• Inverse Heat Transfer Problem 33%
• Lumped Capacitance 33%
• Mathematical Expression 33%
• Max-min 33%
• Piecewise 100%
• Proposed Methodology 33%
• Quench Probe 33%
• Quenching Process 100%
• Root Mean Square Error 66%
• Solution Domain 33%
• Starting Values 33%
• Surface Temperature 33%
• Systems Movement 33%
• Temperature-based Method 33%
• Thermal Boundary Conditions 100%
• Thermocouple 33%
• Underground Physics 33%

Engineering

• Air Transportation 33%
• Control Point 33%
• Exhaustive Search 33%
• Experimental Characterization 33%
• Heat Flux 33%
• Hermite Polynomial 100%
• Industrial Environment 33%
• Mathematical Expression 33%
• Max 33%
• Numerical Approach 33%
• Root Mean Square Error 66%
• Search Algorithm 33%
• Solution Domain 33%
• Starting Value 33%
• Subsurface 33%
• Test Data 33%
• Thermal Boundary Condition 100%
• Thermocouple 33%