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Keyphrases
Acceptable Error
23%
Applied Energy
28%
Applied Power
28%
Compressed Air
23%
Convection
28%
Convection Problem
57%
Convertor
50%
Crankshaft
28%
Cross-flow
19%
Crosswind
28%
Efficiency Improvement
16%
Environmental Flows
23%
Experimental-numerical Approach
28%
Fully Transient
17%
Heat Source Temperature
28%
House Fires
23%
Inverse Methodology
28%
Jet Flow
28%
Joule Heating
14%
Maximum Absolute Errors
28%
MMRTG
28%
Modeling Tools
28%
Multi-mission Radioisotope Thermoelectric Generator
28%
Optimization Procedure
14%
Phase Change Material
23%
Phase Variation
28%
Plume
28%
Power Output
23%
Prediction Model
28%
Predictive Algorithm
71%
Radioisotope Power Systems
62%
Radioisotope Thermoelectric Generator
61%
Reciprocating Engine
28%
Sampling Data
23%
Solution Strategies
28%
Source Location
57%
Source Strength
28%
Stirling Convertor
85%
System Generator
28%
System Integration
57%
System Study
35%
Thermal Management System
23%
Thermal Model
14%
Thermal Modeling
28%
Thermal Radiation
23%
Thermal Spike
28%
Thermoelectric
57%
Thermoelectric Module
28%
Transient Model
28%
Velocity Range
14%
Engineering
Anisotropic
9%
Block Set
28%
Cold Side
21%
Commercial Software
9%
Compressed Air
16%
Compression Ratio
9%
Computational Resource
9%
Configuration Management
9%
Convection Heat Transfer
28%
Conversion Efficiency
9%
Convertor
85%
Corrector
85%
Crankshaft
28%
Crosswind
35%
Data Point
9%
Dependent Material
9%
Electrical Conductivity
9%
Genetic Algorithm
28%
Heat Pipes
14%
Heat Rejection
25%
Integrated Information System
28%
Jet
28%
Local Minimum
28%
Maximization
9%
Monte Carlo Analysis
9%
Nonlinear Optimization
9%
Nuclear Energy
28%
Numerical Approach
28%
Numerical Information
28%
Object-Oriented Languages
14%
Optimisation Procedure
28%
Parametric Study
9%
Phase Change Material
20%
Power Engineering
100%
Power Output
9%
Practical Problem
28%
Quasi Steady State
23%
Regularization
28%
Reliability Study
9%
Sample Point
14%
Simulation Result
19%
Source Strength
28%
State Variable
14%
Steady State Analysis
9%
Thermal Plume
28%
Thermal Radiation
9%
Thermoelectric Effect
9%
Thermoelectricity
94%
Two Dimensional
9%
Wind Tunnels
28%
