Experimental investigation on heat transfer mechanisms of pneumatically conveyed solids¿ plugs as a means to mass flow rate measurement

Mathematics

• Energy 10%
• Experiment 5%
• Experimental Investigation 100%
• Experimental Results 15%
• Flow Rate 89%
• Fluctuations 7%
• Gas 28%
• Gradient 5%
• Heat 22%
• Heat Transfer 72%
• Heat Transfer Coefficient 33%
• History 6%
• Overlap 7%
• Pipe Flow 11%
• Plug-in 9%
• Range of data 4%
• Relationships 4%

Physics & Astronomy

• energy 4%
• gases 11%
• gradients 5%
• heat 15%
• heat transfer 53%
• heat transfer coefficients 25%
• histories 6%
• mass flow rate 82%
• pipe flow 9%
• plugs 76%
• pneumatics 9%
• vapor phases 6%
• wall temperature 35%

Engineering & Materials Science

• Experiments 2%
• Flow rate 51%
• Gases 17%
• Heat transfer 46%
• Heat transfer coefficients 21%
• Hot Temperature 11%
• Pipe 5%
• Pipe flow 9%
• Pipelines 5%
• Pneumatics 7%
• Temperature 12%