Engineering 360 - ADVANCED THERMODYNAMICS

Spring
2017
01
4.00
Denise McKahn
TTh 10:30-11:50
Smith College
41980-S17
FORD 024
dmckahn@smith.edu
Significant challenges underlie our ability to effectively harness, convert and distribute energy. This course builds on a fundamental knowledge of thermodynamics to understand the operating principles behind, and characterize the limits of, energy generation and conversion technologies. Methods of power generation are examined, including combustion engines, nuclear reactors and hydrogen fuel cells. Topics covered in this course include: exergy, advanced cycle analysis, ideal gas mixtures, thermodynamic relations and energy analysis of reacting systems. Prerequisites: CHM 111, EGR 290 and MTH 212. Enrollment limit of 12.
Not open to first-years, sophomores
Permission is required for interchange registration during the add/drop period only.