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.
Thermodynamics
Explore practical applications of thermodynamic principles through worked examples, including turbines, nozzles, heat exchangers, and compressors.
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.
Statistical Mechanics - Prof. Dr. Mehmet Tomak
Comprehensive exploration of statistical mechanics principles through 36 lectures, covering fundamental concepts and advanced topics over 12 weeks.
Thermal Modeling and Heat Sinking in Power Electronics - Lecture 16
Explore thermal modeling and heat sinking in power electronics, covering essential concepts for efficient thermal management and device performance optimization.
A Kinetic-Hydrodynamic Coupling Method for Self-Interacting Dark Matter (SIDM)
Explore a cutting-edge kinetic-hydrodynamic coupling method for Self-Interacting Dark Matter (SIDM) in this 26-minute conference talk by Sarah Schon from The Pennsylvania State University. Delve into the latest advancements in dark matter research and ga…
Temperature Conversion: Fahrenheit to Kelvin and Kelvin to Fahrenheit - Thermodynamics
Master temperature conversions between Fahrenheit, Kelvin, and Celsius. Learn about temperature scales, absolute zero, and their applications in thermodynamics and thermal physics.
Fluctuations in Molecular Motors: Thermodynamics of F1-ATPase
Explore thermodynamic principles governing F1-ATPase molecular motors, focusing on fluctuations and their impact on motor function and efficiency.
Information-to-Energy Conversion in an Autonomous Thermal Machine
Explore the fascinating concept of information-to-energy conversion in autonomous thermal machines, delving into cutting-edge physics research and its potential applications.
Vignettes of Data-Driven Approaches to the MT-Kinesin Active Fluid
Explore data-driven approaches to MT-Kinesin active fluid dynamics in this conference talk by Aparna Baskaran, delving into collective phenomena and energy-consuming components in active matter systems.
Intermittency, Avalanches and Aging in Extremely Persistent Active Matter
Delve into intermittency, avalanches, and aging phenomena in extremely persistent active matter. Explore collective behaviors emerging from energy-consuming components in active solids and their implications across diverse systems.
Defect Emission and Absorption on Cones, and Conical Billiards
Explore defect emission and absorption on cones and conical billiards with David Nelson from Harvard. Gain insights into active mechanics and its applications in various scientific fields.
Excitable Nonreciprocal Living Solids
Dive into the fascinating world of active matter and explore excitable nonreciprocal living solids with MIT researcher Nikta Fakhri in this insightful conference talk.
Non-reciprocal Spin Systems
Dive into non-reciprocal spin systems with Sarah Loos from Cambridge, exploring active mechanics and collective phenomena in energy-consuming components and their interactions.
The Blob: Topologically Entangled Living Matter
Dive into the fascinating world of active matter and explore the behavior of 'The Blob' - a unique form of topologically entangled living matter. Gain insights from Saad Bhamla's research at Georgia Tech.
Pulsating Active Matter: From Liquids to Solids
Dive into pulsating active matter, exploring collective phenomena from liquids to solids. Uncover energy-consuming components' interactions and their surprising behaviors in various systems, from living organisms to engineered materials.
Integer Topological Defects: A New Way to Characterize and Classify Cell Layers
Explore integer topological defects as a novel approach to characterize and classify cell layers, presented by Masaki Sano from Shanghai Jiao Tong University.
Active Plastic Flow of Epithelial Tissue
Explore active plastic flow in epithelial tissue through Fridtjof Brauns' conference talk, delving into collective phenomena and energy-consuming components in active matter systems.