An attempt to improve cavitation erosion resistance of UHMWPE coatings through enhancing thermal conductivity via the incorporation of copper frames

Physics & Astronomy

• erosion 67%
• cavitation flow 65%
• molecular weight 65%
• polyethylenes 61%
• thermal conductivity 53%
• copper 48%
• coatings 45%
• profilometers 14%
• attack 12%
• detachment 12%
• sintering 8%
• costs 8%

Engineering & Materials Science

• Cavitation corrosion 100%
• Ultrahigh molecular weight polyethylenes 91%
• Thermal conductivity 61%
• Copper 55%
• Coatings 51%
• Sintering 10%
• Costs 4%

Chemical Compounds

• Ultra High Molecular Weight Polyethylene 88%
• Cavitation 86%
• Thermal Conductivity 64%
• Resistance 43%
• Coating Agent 40%
• Sintering 9%
• Volume 6%
• Purity 5%