Effect of Piston Geometry on In-Cylinder Fluid Mechanics, Heat Transfer, and Ignition Delay in Rapid Compression Machines

Earth & Environmental Sciences

• fluid mechanics 76%
• heat transfer 54%
• compression 48%
• geometry 40%
• computational fluid dynamics 32%
• effect 14%
• simulation 13%
• temperature 11%
• fluid dynamics 11%
• ether 10%
• homogeneity 10%
• flow pattern 9%
• fluid flow 9%
• dilution 8%
• experiment 8%
• combustion 7%
• air 5%
• prediction 5%

Engineering & Materials Science

• Fluid mechanics 75%
• Pistons 60%
• Ignition 55%
• Heat transfer 41%
• Geometry 37%
• Computational fluid dynamics 14%
• Temperature 7%
• Ethers 7%
• Computer simulation 6%
• Dilution 6%
• Fluid dynamics 6%
• Flow patterns 6%
• Flow of fluids 5%
• Compaction 5%
• Dynamic models 5%

Chemical Compounds

• Fluid Mechanics 100%
• Piston 88%
• Heat Transfer 67%
• Fluid Dynamics 8%
• Mixture 8%
• Dimethyl Ether 7%
• Homogeneity 5%
• Dilution 5%