A dual-phase-lag (DPL) transient non-Fourier heat transfer analysis of functional graded cylindrical material under axial heat flux

Physics & Astronomy

• heat flux 83%
• time lag 78%
• heat transfer 72%
• cylindrical coordinates 45%
• functionally gradient materials 27%
• Laplace transformation 25%
• conduction 24%
• temperature 21%
• nuclear reactors 20%
• coefficients 20%
• conductive heat transfer 18%
• critical point 16%
• boundary conditions 13%
• formulations 12%
• lasers 8%

Chemistry

• Heat Transfer 100%
• Cylinder 99%
• Heat 68%
• Heterogeneity 57%
• Thermal Conductivity 29%
• Amount 26%
• Purity 15%
• Time 11%
• Application 9%

Engineering & Materials Science

• Heat flux 82%
• Heat transfer 61%
• Temperature 29%
• Functional materials 26%
• Functionally graded materials 21%
• Nuclear reactors 20%
• Heat conduction 19%
• Materials properties 15%
• Boundary conditions 14%
• Lasers 14%
• Hot Temperature 8%