Thermodynamics
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Learn thermodynamics: energy, heat, and entropy! Master the laws of thermodynamics with this free course from Khan Academy.
More resources on Thermodynamics
Engineering Thermodynamics
Wiley engineering text organised around the entropy-production form of the second law. Works through control-volume energy analysis, vapour and gas power systems, property relations, ideal gas mixtures, psychrometrics, combustion and chemical equilibrium, with several hundred solved examples and problems.
chemengonline.com
Website of Chemical Engineering magazine, a trade publication from Access Intelligence covering separations, heat transfer, automation, water treatment and solids handling. Useful for plant-practice news and equipment reference; much editorial content sits behind a paid membership, and some articles are sponsored.
Nano-to-Macro Transport Processes (MIT 2.57)
Treats photons, electrons, phonons and molecules as energy carriers: energy levels, statistical behavior, wave and particle transport, scattering, the Boltzmann equation, and where classical heat-transfer laws fail at the nanoscale. 25 lecture videos, a 177-page lecture-note text, problem sets and exams.
Advanced Thermodynamics (MIT 2.43)
A concise review of general thermodynamics leading into nonequilibrium thermodynamics: chemical and phase equilibrium, electrochemical potentials, kinetics, separation work, osmotic and membrane equilibria, and Onsager reciprocity. Includes 25 lecture videos, dense lecture notes and exams, with applications to cogeneration and energy-system efficiency.
Unified Engineering I, II, III, & IV (MIT 16.01)
The sophomore aerospace core taught as one sequence: materials and structures, computers and programming, fluid mechanics, thermodynamics, propulsion, and signals and systems. Includes 20 lecture videos, extensive notes, and problem sets and exams with solutions that connect the disciplines through engineering systems problems.
An Introduction to Thermal Physics
Undergraduate textbook covering classical thermodynamics, statistical mechanics and kinetic theory in one narrative, with worked physical examples. Readers finish able to derive entropy, free energies and Boltzmann and quantum distributions, and apply them to engines, phase changes and solids.