Thermodynamics and Heat Transfer

book24h · Szerda 17:54

A comprehensive guide to essential topics in thermodynamics and heat transfer.
Step-by-step Python code accompanies each chapter, allowing for hands-on learning and the ability to simulate complex scenarios.
Clear explanations of complex equations and principles make advanced concepts accessible.
Application-focused approach to bridge the gap between theory and practice.

What You Will Learn:

Gain insights into the Zeroth Law of Thermodynamics and the concept of temperature equilibrium.
Comprehend the Ideal Gas Law and its applications in calculating thermodynamic properties.
Explore the principles of the First Law of Thermodynamics for energy conservation.
Calculate work and understand its effects on system energy with the Work-Energy Principle.
Delve into the modes of heat transfer: conduction, convection, and radiation.
Master the Thermal Conductivity Equation for quantifying conductive heat transfer.
Apply Fourier's Law to steady-state heat conduction analysis.
Utilize Newton's Law of Cooling in convective transfer applications.
Determine flow regimes using the Reynolds Number.
Design efficient systems with Heat Exchanger Design Equations.
Analyze entropy and irreversibility through the Second Law of Thermodynamics.
Calculate theoretical efficiency using the Carnot Cycle.
Determine entropy changes across various processes.
Bridge thermodynamic properties with Maxwell's Relations.
Predict phase transitions using the Clausius-Clapeyron Equation.
Navigate humidity calculations with the Psychrometric Chart.
Utilize Thermodynamic Property Tables for engineering problem-solving.
Analyze the Rankine Cycle for steam power applications.
Evaluate Heat Pump and Refrigeration Cycles with efficiency coefficients.
Understand Thermodynamic Potentials like Gibbs free energy.
Apply Finite Difference Methods for complex heat transfer problems.
Conduct Energy Balance Analysis for open systems.
Simplify analysis with the Lumped Capacitance Method.
Evaluate Heat Transfer in Insulated Pipes.
Explore Stefan-Boltzmann Law for thermal radiation effects.
Study radiation's spectral distribution with Planck's Law.
Solve Transient Heat Conduction problems analytically and numerically.
Simplify complex problems using Dimensional Analysis.
Compute Nusselt Numbers for various convective heat configurations.
Master the equations governing Boiling and Condensation.
Design and analyze Heat Pipe systems.
Formulate Thermal Resistances Networks for system analysis.
Assess energy degradation with Entropy Generation and perform Exergy Analysis.

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Thermodynamics and Heat Transfer

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