Asymptotic analysis for the conjugate heat transfer problem in an electro-osmotic flow with temperature-dependent properties in a capillary

Ingeniería y ciencia de los materiales

• Asymptotic analysis 100%
• Joule heating 98%
• Pressure gradient 55%
• Heat transfer 50%
• Newtonian liquids 40%
• Fluids 32%
• Temperature 30%
• Electric Conductivity 28%
• Electric potential 26%
• Thermal gradients 25%
• Thermal energy 24%
• Electrolytes 24%
• Momentum 23%
• Thermal conductivity 22%
• Flow fields 21%
• Viscosity 20%
• Liquids 16%

Química

• Electric Potential 99%
• Electroosmosis 90%
• Velocity 63%
• Electric Energy 54%
• Momentum 49%
• Pressure 43%
• Liquid 41%
• Heat Transfer 40%
• Thermal Conductivity 35%
• Electrical Conductivity 29%
• Flow 24%

Física y astronomía

• heat transfer 58%
• Joule heating 52%
• pressure gradients 30%
• velocity distribution 23%
• temperature 22%
• fluids 17%
• potential fields 17%
• outlets 16%
• plugs 16%
• electric potential 16%
• liquids 16%
• continuity 15%
• thermal energy 15%
• temperature profiles 14%
• temperature gradients 13%
• flow distribution 12%
• electrolytes 12%
• thermal conductivity 11%
• viscosity 10%
• momentum 10%
• electrical resistivity 9%
• interactions 6%