Thermodynamics

This module covers Fundamental concepts of thermodynamics through conceptual framing and problem solving.

This module covers Properties of pure substances and thermodynamic property tables through conceptual framing and problem solving.

This module covers Ideal and real gas calculations with Nelson-Obert diagrams through conceptual framing and problem solving.

This module covers Conservation of energy and the first law through conceptual framing and problem solving.

This module covers Closed systems through conceptual framing and problem solving.

This module covers Open systems through conceptual framing and problem solving.

This module covers Transient systems through conceptual framing and problem solving.

This module covers Second law through conceptual framing and problem solving.

This module covers Entropy through conceptual framing and problem solving.

This module covers Exergy through conceptual framing and problem solving.

This module covers Thermodynamic cycles: closed systems such as Otto and Diesel through conceptual framing and problem solving.

This module covers Thermodynamic cycles: open systems such as Brayton and Rankine through conceptual framing and problem solving.

This module covers Gas mixtures through conceptual framing and problem solving.

This module covers Air conditioning through conceptual framing and problem solving.

This module covers Combustion thermodynamics through conceptual framing and problem solving.

This module covers Chemical equilibrium thermodynamics through conceptual framing and problem solving.

This module covers Introduction to compressible flow through conceptual framing and problem solving.