Lecture 1: Overview of Modeling Concepts (PDF)
Lecture 2: Survey of Simulation Techniques (PDF)
Lecture 3: Percolation (PDF)
Lecture 7: Basic Molecular Dynamics (PDF)
Lecture 8: Dilute Gases (PDF)
Lecture 9: A Monte Carlo Primer (PDF)
Lecture 12: Quantum Mechanics and Shakespeare (PDF)
Lecture 13: Quantum Mechanics: The Practice (PDF)
Lecture 15: Conservation Laws in Continuum Modeling (PDF)
Lecture 16: Finite Diference Solution of the Heat Equation (PDF)
Lecture 18: Discrete to Continuum Modeling (PDF)
Lecture 19: Introduction to Finite Element Modeling in Solid Mechanics (PDF)
Lecture 24: Modeling and Simulation of Isotropic Multi-Phase Systems (PDF)
Lecture 26: Phase Field, Fluid Flow, Electrochemistry (PDF)
Lecture 29: Fluid-Structure Interaction in Phase Field Models (PDF)