MEGR-4210 : Thermodynamics II
Mechanical Engineering | College of Science and Engineering | UG
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/LSAP-Goal-1.png){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/LSAP-Goal-3.png){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/LSAP-Goal-5.png){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/SDG-7-Affordable.jpg){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/SDG-8-Economic-Growth.jpg){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/SDG-9-Industry.jpg){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/SDG-11-Sustainable-Cities.jpg){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/SDG-12-Responsible-Consumption.jpg){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/SDG-13-Climate-Action.jpg){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/SDG-14-Below-Water.jpg){kind=icon}
/prod01/channel_34/media/seattle-university/cejs/sdg-icons/SDG-15-On-Land.jpg){kind=icon}
About this Course
Continuation of MEGR 3210. Ideal thermo dynamic cycles, power plants, and jet engines. Cooling towers. Combustion chemistry. Environmental aspects. Exergy. Second-law analysis. Compressible Flow. Design problem. Power plant tour. Three lecture hours per week.