Modeling and Performance Analysis of Alternative Heat Exchangers for Heavy Vehicles

Engineering

• Exchanger 100%
• Performance Analysis 100%
• Performance 25%
• Enhancement 25%
• Power Density 18%
• Compactness 18%
• Low Pressure 12%
• Energy Conservation 12%
• Roofs 12%
• Fin Heat Exchanger 12%
• High Thermal Conductivity 12%
• Coefficient of Performance 12%
• Low Density 12%
• Secondary Flow 12%
• Main Flow 12%
• Development 6%
• High Pressure 6%
• Heat Transfer 6%
• Thermal Performance 6%
• Pressure Drop 6%
• Experimental Result 6%
• Computational Fluid Dynamics 6%
• Simulation Result 6%
• Countercurrent 6%
• Power Requirement 6%

Chemical Engineering

• Foam 100%
• Heat Transfer 75%
• Thermal Conductivity 16%