Optimization of 3D printed liquid cooled heat sink designs using a micro-genetic algorithm with bit array representation

Keyphrases

• Heat Sink Design 100%
• Heat Sink 75%
• Computational Fluid Dynamics 50%
• Additive Manufacturing 50%
• Non-axisymmetric 50%
• Thermal Resistance 50%
• Design Freedom 50%
• Cold Plate 50%
• Entropy Generation Rate 50%
• Fluid Pressure 25%
• Electronics Cooling 25%
• Optimization Algorithm 25%
• Heat Flux 25%
• Function-based 25%
• Manufacturing Process 25%
• Pressure Drop 25%
• Optimization Methods 25%
• Power Distribution 25%
• Hydraulic Resistance 25%
• Grid Spacing 25%
• Discretized 25%
• Dynamic Code 25%
• Conventional Techniques 25%
• Flux Maps 25%
• Dynamic Genetic Algorithm 25%
• Thermal-hydraulics 25%
• Potential Improvement 25%
• Probability Function 25%
• Array Geometry 25%
• Distribution Profile 25%
• Finning 25%
• Elitism 25%
• Resistance Resistance 25%
• Optimum Shape 25%
• 2D Plane 25%
• Symmetric Power 25%
• Power Graph 25%
• Dependent Probability 25%
• High Power System 25%

Engineering

• Genetic Algorithm 100%
• Computational Fluid Dynamics 100%
• Additive Manufacturing 100%
• Heat Resistance 100%
• Power Engineering 50%
• Optimization Method 50%
• Fluid Pressure 50%
• Hydraulics 50%
• Manufacturing Process 50%
• Pressure Drop 50%
• Conventional Technique 50%
• Power Distribution 50%
• Probability Function 50%
• Improvement Potential 50%
• Heat Flux 50%
• Power Map 50%