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Related lectures (28)
Diffusion: Macroscopic View
Explores diffusion from a macroscopic perspective, emphasizing the derivation of the diffusion equation through mass conservation and fixed flux law.
Heat Equation in 1D: Chapter 12
Explores the heat equation in 1D, emphasizing conservation of thermal energy and numerical solution methods.
Maximum Entropy Principle: Stochastic Differential Equations
Explores the application of randomness in physical models, focusing on Brownian motion and diffusion.
Untitled
Heat Equation: Modeling and Numerical Methods
Covers the heat equation, its physical interpretation, and numerical methods for solving it.
Diffusion Equation
Covers the Fourier law, heat equation, Righi-Leduc effect, and related experiments.
Thermal Conduction: Stationary vs. Unsteady
Explores thermal conduction, comparing stationary and unsteady regimes, the Fourier equation, and material thermal conductivity.
Applications of Trigonometric Functions
Covers various applications of trigonometric functions, such as calculating values using inverse trigonometric functions.
Thermal Conductive Transfer
MOOC: Thermodynamics I
Explores thermal conduction, Fourier's law, thermal resistance, local equilibrium, and conductive-convective phenomena.
Heat Transfer Fundamentals
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Covers the fundamentals of heat transfer, focusing on radiation, conduction, and convection, including boundary layers and Nusselt number.
Fourier Analysis and PDEs
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Explores Fourier analysis, PDEs, historical context, heat equation, Laplace equation, and periodic boundary conditions.
Heat Equation: Diffusion
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Covers the heat equation for diffusion and conservation of thermal energy.
Heat Equation: Stationary Distribution
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Explores the heat equation, equilibrium equations, heat flux, and harmonic functions in heat distribution.
Multi-injection microreactors: Modeling and Heat Transfer Analysis
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Explores modeling and heat transfer in multi-injection microreactors, analyzing temperature, concentration, and reactor length.
Heat Transfer Fundamentals
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Explores the fundamentals of heat transfer, including radiation, convection, and conduction, emphasizing boundary layers and Nusselt numbers.
Heat Equation: Separation of Variables
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Covers the application of separation of variables method to solve the heat equation.
Heat Integration: Lecture 10
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Covers the evaluation of projects, project slots, heat integration, weak solutions, and projection of solutions.
Heat Transfer Fundamentals
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Explores the fundamentals of heat transfer, including radiation properties, energy conservation, and thermal conductivity, covering conduction, convection, and participating media.
Conduction in Solids: Fundamentals and Applications
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Explores the basics of heat conduction in solids, covering Fourier's law, thermal conductivity, energy conservation, and practical applications.
Maximum Principle in Heat Equation
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Explores the maximum principle in the context of the heat equation and the concept of the cylinder.
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