Location
UNLV SEB Lobby & Auditorium
Start Date
26-4-2013 9:30 AM
End Date
26-4-2013 3:00 PM
Description
- Numerical analysis was carried for novel configuration of high temperature PFHE
- Fluid flow and heat transfer properties were studied for various fin configurations
- Ripsaw fin design with thickness of 0.05 mm gives maximum heat transfer with less pressure drop and friction factor
- Validation and parametric study were carried out for all fin configurations
Keywords
Ceramic materials; Heat exchangers – Thermodynamics
Disciplines
Ceramic Materials | Energy Systems | Engineering
Language
English
Hydraulic and Thermal Performances of a High Temperature Ceramic Plate-Fin Heat Exchanger (PFHE)
UNLV SEB Lobby & Auditorium
- Numerical analysis was carried for novel configuration of high temperature PFHE
- Fluid flow and heat transfer properties were studied for various fin configurations
- Ripsaw fin design with thickness of 0.05 mm gives maximum heat transfer with less pressure drop and friction factor
- Validation and parametric study were carried out for all fin configurations