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Lecture Notes in Statistical Mechanics and Mesoscopics
This lecture note covers the following topics: Thermal Equilibrium, Systems with interactions , Fluctuations and Response, System interacting with a bath, introduction to master equations, non-equilibrium processes, fluctuation theorems, linear response theory, adiabatic transport, Kubo formalism and the scattering approach to mesoscopics.
Author(s): Doron Cohen
144 Pages 
Introduction To Statistical Physics by Mobolaji Williams
This page has PDF links to the following topics related to Statistical Physics : Introduction to Statistical Physics, Calculus, Probability, and Combinatorics, Entropy from Information, Laws of Thermodynamics, Free Energy and Order Parameters, Boltzmann Distribution and Partition Function, Statistical Physics of the Ideal Gas, Laplace’s Method and the Mean Field Ising Model, Model of Dimerization of Single-Stranded DNA, Simulations in Statistical Physics, Non-Equilibrium Statistical Physics.
Author(s): Dr. Mobolaji Williams, Massachusetts Institute of Technology
NA Pages
Statistical Mechanics and Thermodynamics by Jared Kaplan
This PDF covers the following topics related to Statistical Mechanics and Thermodynamics : Energy in Thermal Physics, Entropy and the 2nd Law, Interactions and Temperature, Engines and Refrigerators, Thermodynamic Potentials, Partition Functions and Boltzmann Statistics, Entropy and Information, Transport, In Brief, Quantum Statistical Mechanics, Phase Transitions.
Author(s): Jared Kaplan, Department of Physics and Astronomy, Johns Hopkins University
101 Pages
Lecture Notes on Statistical Mechanics and Thermodynamics
This note describes the following topics: Basic Statistical Notions, Time-evolving ensembles, Equilibrium Ensembles, The Ideal Quantum Gas, The Laws of Thermodynamics, Dynamical Systems and Approach to Equilibrium.
Author(s): Prof. Dr. S. Hollands
123 Pages
Elementary Principles In Statistical Mechanics
This book explains the following topics: General Notions, The Principle Of Conservation Of Extension-in-phase, Thermodynamic Analogies, Application Of the Principle Of Conservation Of Extension-in-phase To The Theory Of Errors, Average Values in A Canonical Ensemble Of Systems, Extension-in-configuration and Extension-in-velocity.
Author(s): J. Willard Gibbs
273 Pages