Enroll Course: https://www.coursera.org/learn/thermo-apps
The Coursera course “Thermodynamique : applications” is an excellent follow-up to the foundational “Thermodynamique : fondements” MOOC, providing in-depth insights into the practical applications of thermodynamics across various scientific and engineering disciplines. Taught by Professor J.-Ph. Ansermet from EPFL Lausanne, this course features contributions from distinguished experts from the RESCIF network, making it a multidisciplinary exploration of thermodynamics.
The course is structured into detailed modules that cover a wide array of topics. It begins with calorimetry, where Professor Paul Ekam explains the modeling of heat exchanges with real-world variables and coefficients, applying these principles to ideal gases. The phase transition module, led by Dr. Marthe Boyomo, delves into the physics of abrupt state changes like the liquid-vapor transition, complemented by the Van der Waals model.
Next, Dr. Théophile Mbang explores the relationship between thermodynamics and chemical reactions, discussing enthalpy, Gibbs free energy, and fundamental laws like Hess’s Law. The course also offers an insightful segment on electrochemistry, presented by Professor Graetzel, which links thermodynamic principles to battery operation and fuel cells.
Further modules address thermodynamic properties of fluids, operational cycles of thermal machines, heat transfer mechanisms, and the thermodynamics of continuous media and irreversible processes, the latter explained by Professors Papalexandris and Brouche & Maatouk respectively. These sections combine theory with practical examples, such as engine cycles, heat transfer equations, and local equilibrium assumptions.
Overall, the course is highly recommended for students and professionals seeking an applied understanding of thermodynamics in chemistry, physics, and engineering. Its comprehensive content, combined with expert insights, makes it a valuable resource for advancing your knowledge and practical skills in thermodynamics.
Enroll Course: https://www.coursera.org/learn/thermo-apps