Melting and solidification heat transfer characteristics of phase change material in a latent heat storage vessel: Effect of perforated partition plate

Chemical Compounds

• Erythritol 100%
• Heat Storage 97%
• Phase Change Material 85%
• Solidification 74%
• Heat Transfer 73%
• Partition 67%
• Melting 58%
• Plate Like Crystal 53%
• Waste Heat 25%
• Heat 25%
• Bubble 17%
• Energy Storage 14%
• Flow Kinetics 13%
• Porosity 9%

Physics & Astronomy

• heat storage 97%
• phase change materials 86%
• latent heat 82%
• partitions 64%
• solidification 61%
• vessels 61%
• heat transfer 52%
• melting 52%
• oils 45%
• waste heat 23%
• industrial plants 18%
• flow velocity 13%
• bubbles 13%
• heat 11%
• temperature 10%
• fluids 10%

Engineering & Materials Science

• Pulse code modulation 79%
• Heat storage 79%
• Latent heat 76%
• Phase change materials 75%
• Solidification 65%
• Melting 64%
• Heat transfer 45%
• Oils 43%
• Waste heat 24%
• Thermal energy 22%
• Industrial plants 20%
• Temperature 18%
• Flow rate 16%
• Fluids 14%
• Hot Temperature 10%