Classical Mechanics
Comprehensive exploration of classical mechanics, covering Lagrangian and Hamiltonian formalisms, conservation laws, central forces, rigid body dynamics, special relativity, and advanced topics in theoretical physics.
Heat Transfer
Comprehensive exploration of heat transfer principles, covering conduction, convection, and radiation through theoretical concepts and practical examples in various geometries and scenarios.
Thermodynamics II
Advanced thermodynamics concepts covering power cycles, refrigeration, gas mixtures, psychrometrics, and combustion. Explores applications in engineering systems and processes.
Thermodynamics I
Comprehensive exploration of thermodynamic principles, covering energy concepts, laws, and applications to various systems, with emphasis on ideal gases, power cycles, and efficiency.
Heat Transfer
Comprehensive exploration of heat transfer principles, covering conduction, radiation, and convection, with practical examples and in-depth analysis of various thermal systems and phenomena.
Vector Statics
Comprehensive exploration of vector statics, covering forces, equilibrium, moments, trusses, friction, and more. Ideal for engineering students seeking in-depth understanding of static force systems.
Thermodynamics
Explore practical applications of thermodynamic principles through worked examples, including turbines, nozzles, heat exchangers, and compressors.
Quantum Mechanics II
Comprehensive advanced quantum mechanics program covering key concepts through 14 weeks of lectures, providing in-depth knowledge and practical applications for physics students and researchers.
Thermodynamics II - Prof. Dr. Deniz Üner
Explore advanced thermodynamics concepts, including chemical equilibria, phase stability, fugacity, and multicomponent mixtures. Gain insights into Gibbs energy, activity coefficients, and chemical reaction equilibrium.
Thermodynamics - Prof. Dr. Deniz Üner
Explore thermodynamics principles, including entropy, power cycles, and equations of state. Learn about practical applications like compressors, steam engines, and refrigeration systems.
Quantum Mechanics 1 - Prof. Dr. Namık Kemal Pak
Comprehensive introduction to quantum mechanics, covering fundamental concepts and principles through 14 weeks of lectures by Prof. Dr. Namık Kemal PAK.
Statistical Mechanics - Prof. Dr. Mehmet Tomak
Comprehensive exploration of statistical mechanics principles through 36 lectures, covering fundamental concepts and advanced topics over 12 weeks.
Quantum Chemistry
Explore fundamental concepts of quantum chemistry, from wave-particle duality to Schrödinger equations, probability, and quantum operators, providing a comprehensive foundation for advanced chemical studies.
Electromagnetism
Comprehensive exploration of electromagnetic principles through 24 detailed lecture series, covering fundamental concepts to advanced applications in physics.
Electromagnetic Theory II
Advanced electromagnetic theory covering waveguides, radiation systems, scattering, special relativity, and particle dynamics. Ideal for PhD-level study in physics and engineering.
Mechanics I
Comprehensive introduction to mechanics principles, covering fundamental concepts and applications over 15 weeks of in-depth lectures by Prof. Dr. Altuğ Özpineci.
Supersonic Diffuser Study in Ansys Fluent
Explore supersonic diffuser simulation using Ansys Fluent in this comprehensive four-part tutorial series, covering essential concepts and techniques.
Supersonic Nozzle Study in Ansys Fluent
Explore supersonic nozzle simulation using Ansys Fluent, covering key aspects and culminating in a rocket engine combustion simulation.
Questionnaire on Gas Dynamics
Série de questionários abrangentes sobre dinâmica dos gases, oferecendo uma avaliação aprofundada do conhecimento nesta área da física e engenharia.
Lectures on Gas Dynamics
Explore compressible flow fundamentals and preliminary aspects of gas dynamics in this comprehensive lecture from the University of Brasilia.
Magnetics in Power Electronics - Modeling Practical Transformers - Lecture 11
Explore practical transformer modeling, including 2-winding and many-winding systems, with circuit models and inductance matrices. Learn about the extended cantilever model for advanced magnetic analysis.