MEGR-3210 : Thermodynamics
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
Thermal properties of ideal and real gases, liquids, vapors and mixtures. Conservation of mass and energy. Second law. Energy conversion. Power, efficiency, coefficient of performance. Gas cycles, vapor power cycles, refrigeration cycles, and air-conditioning. Environmental aspects. Four lecture hours and one laboratory per week.