Thermodynamics explains why heat moves, why engines work, and why nothing runs at one hundred percent efficiency. Here you will find 23 free thermodynamics books and university textbooks in PDF, from first principles to statistical and chemical thermodynamics.
These are the same texts used in physics and engineering courses, written by professors like Richard Fitzpatrick, Daniel Arovas and Joseph M. Powers. You will find the four laws of thermodynamics, entropy and enthalpy, the thermodynamic properties of substances, and the heat transfer behind real machines.
Every title is organized by subject, so you can go straight to what your course covers. Pick a book, download the PDF, and start studying.
📚
Download every Thermodynamics book on this page
All the books on this page in one ZIP file, instead of downloading them one by one.
We will redirect you to accounts.google.com to complete sign-in.
Email and name only · We never send spam
Access unlocked
Download every Thermodynamics book on this page
All the books on this page in one ZIP file, instead of downloading them one by one.
Direct download · One ZIP file
Download started. Check your downloads folder for the ZIP.
Fundamentals
Books on Thermodynamics
Start here if you are taking your first thermodynamics course. These books cover the zeroth through third laws, entropy, and how heat moves between systems, at a pace that assumes you are learning it for the first time.
A training manual that walks through basic concepts, properties of pure substances, work and heat, and both the first and second laws. It closes with a full treatment of the steam cycle, so you see the theory applied to a working power system.
A complete university course covering the zeroth through second laws, properties of pure substances, equations of state and cycle analysis. Powers adds worked homework examples and historical context that make the derivations easier to follow.
Starts with the four laws and builds toward thermodynamic potentials, Maxwell relations, response functions and phase transitions. Every chapter ends with problem sets, which makes it work as a self-study text and not only as a reference.
A compact set of physics lecture notes that reviews systems, equilibrium, internal energy and entropy before moving on to applications. Short enough to read in a weekend and precise enough to use before an exam.
An engineering lecture course that defines energy, the first law and the second law, then shows where they appear in power plants, refrigeration and air conditioning. Plenty of diagrams and solved examples throughout.
Ahmed Abd EL badie, Mahmoud Osama, Mohammed Mosaad
Fowler teaches thermodynamics through its history: the first thermometers, the caloric theory, Carnot's water wheel and the discovery of energy conservation by Mayer and Joule. A good entry point if the equations came before the intuition.
A concise review of the laws of thermodynamics and the techniques used to derive thermodynamic relationships. Written for readers who already took an introductory course and want the state function machinery in one place.
A technical handbook covering thermodynamic properties, steam tables, the energy balance and the cycles behind real power plants. Written as reference material for plant operators, so definitions are precise and every term gets explained.
This is thermodynamics as engineers use it: power cycles, refrigeration, heat engines, and control volumes. Several of these open textbooks include worked problems with full solutions, which is what most engineering students are looking for.
A modern open textbook covering closed and open systems, ideal gases, liquids and vapors, entropy, and steam and air power cycles. It includes 59 step by step worked examples and 96 problems with full solutions, which is exactly what most engineering students are after.
A first course written for mechanical engineering students, with clear diagrams and an emphasis on control volumes and energy balances. Well designed and easy to read on screen.
A dense topic by topic summary of a university engineering thermodynamics course, from energy and work through exergy and gas power cycles. Useful as a revision map when you need one specific relation fast.
Course notes for a mechanical engineering degree, organized by unit: basic concepts, the first and second laws, entropy and availability, and pure substance properties. It follows a standard syllabus, so it maps neatly onto most curricula.
Lecture outlines that apply the first law to aerospace power and propulsion, with explanations of how refrigerators, internal combustion engines and jet engines actually work. Short, focused and heavy on physical intuition.
Statistical thermodynamics is the bridge between molecules and macroscopic behavior. Richard Fitzpatrick, Daniel Arovas and Louis de Broglie explain how temperature, pressure and entropy emerge from the statistics of billions of particles.
Builds statistical mechanics from probability theory upward, then connects it back to classical thermodynamics. Fitzpatrick explains why the statistical approach is necessary before deriving anything, and adds exercises at the end of each chapter.
The most complete text in this collection, running from probability fundamentals and entropy through ensembles, phase transitions and nonequilibrium phenomena. Includes extensive tables and figures for graduate level study.
A compact bridge between microscopic states and macroscopic temperature, pressure and entropy. Kaplan uses paramagnets and the Einstein solid as running examples, then applies the results to engines and refrigerators.
The Nobel laureate's final lecture course, arguing that a single particle carries its own hidden thermodynamics. A historical and conceptual text for readers interested in where thermodynamics meets quantum theory.
Here thermodynamics meets chemical reactions: Gibbs free energy, chemical potential, and reaction equilibrium. Howard DeVoe's textbook and its solutions manual are standard reading in physical chemistry courses.
The reference open access text for classical chemical thermodynamics, covering the three laws, thermodynamic potentials, pure substances, mixtures, electrolyte solutions and reaction equilibrium. Rigorous, beautifully typeset, and used in both graduate and undergraduate courses.
Full worked solutions to every end of chapter problem in DeVoe's chemical thermodynamics textbook. Use it to check your reasoning, not just your final answer.
A collection of research chapters on the thermodynamics of water and aqueous solutions, covering phase behavior, calorimetry, adsorption and solution properties. For readers who already have the fundamentals and want to see current applications.
Conduction, convection and radiation are the three ways heat actually travels. These texts cover heat exchangers and thermal insulation, the applied side of the second law.
A clear technical treatment of the three modes of heat transfer: conduction, convection and radiation. It covers heat exchangers and thermal insulation with the worked calculations an operator would actually need.
Research chapters on heat transfer enhancement, from nanofluids and fouling to thermal system optimization. Useful once you know the fundamentals and want to see where the field is moving.
Covers experimental and computational approaches to heat transfer problems, including thermoelectric systems, boundary layers and applied modeling. Heavy on figures and measured data.
Focuses on the design, modeling and performance of heat exchangers across industrial applications. A practical complement to a general heat transfer course.
Laura Castro Gomez, Victor Manuel Velazquez Flores, Miriam Navarrete Procopio (Editors)
That closes our selection of free thermodynamics books in PDF. Every title is free to read online or download, whether you need lecture notes for one exam or a full textbook for the semester.
