Acoustic oscillations driven by boundary mass exchange

Mathematics

• Acoustics 100%
• Oscillation 73%
• Heat 67%
• Limit Cycle 43%
• Gas 43%
• Wave equation 39%
• Fluid 36%
• Mass flux 35%
• Heat Capacity 34%
• Gas Mixture 33%
• mole 33%
• Evaporation 33%
• Sorption 33%
• Heat and Mass Transfer 31%
• Mass Transfer 29%
• Engine 29%
• Conduction 29%
• Acoustic Waves 28%
• Curve 28%
• Heat Flux 28%
• Condensation 28%
• Waveform 28%
• Heat Transfer 24%
• Small Perturbations 23%
• Experimental Results 23%
• Liquid 22%
• Decrease 20%
• Stability Analysis 20%
• Asymptotic Expansion 20%
• Form 19%
• Gradient 17%
• Energy 15%
• Differential equation 15%
• Context 14%
• Range of data 14%

Physics & Astronomy

• temperature gradients 81%
• pressure oscillations 63%
• oscillations 59%
• latent heat 56%
• acoustics 53%
• wave equations 44%
• mass transfer 42%
• cycles 31%
• working fluids 28%
• sustaining 28%
• sorption 26%
• energy conversion 26%
• curves 25%
• gases 23%
• pressure distribution 23%
• boiling 23%
• engines 23%
• conductive heat transfer 22%
• gas mixtures 22%
• heat flux 21%
• atmospheric pressure 20%
• condensation 20%
• differential equations 18%
• specific heat 18%
• heat transfer 18%
• evaporation 17%
• perturbation 15%
• conduction 15%
• heat 15%
• expansion 14%
• fluids 13%
• liquids 12%
• temperature 6%

Engineering & Materials Science

• Thermoacoustics 98%
• Acoustics 76%
• Mass transfer 62%
• Wave equations 59%
• Latent heat 52%
• Temperature 37%
• Heat transfer 31%
• Sorption 27%
• Gases 26%
• Gas mixtures 26%
• Atmospheric pressure 26%
• Specific heat 24%
• Working fluids 23%
• Thermal gradients 23%
• Boiling liquids 23%
• Energy conversion 23%
• Condensation 23%
• Evaporation 23%
• Heat flux 20%
• Differential equations 20%
• Acoustic waves 18%
• Liquids 15%
• Chemical analysis 15%
• Set theory 14%
• Fluids 14%
• Engines 14%
• Hot Temperature 11%