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Full class notes for both Intro to Thermodynamics and Intro to Fluid Mechanics, the two introductory energy science classes required of all mechanical and aerospace engineering students. Notes cover the entire courses and include examples of worked problems. Complete with everything from control volume analysis to thermodynamic cycles to pipe flow.

Full class notes for the entire Introduction to Fluid Mechanics course. Finished with an A+ in the class. Notes cover topics and examples of: - Basic concepts - Newtonian fluids - Hydrostatics, buoyancy - Fluid dynamics - Conservation of mass, momentum, and energy - Analysis of control volumes - Bernoulli's equation - Navier-Stokes equation - Dimensional analysis, Buckingham-Pi theorem - Pipe flow, head loss - Boundary layers

Full class notes for the entire Calculus 2 course. Finished with an A in the class. Notes cover topics (with examples and review) of: - Volumes and surfaces - Work and energy - Fluid pressure and forces - Moments, centers of mass, and centroids - Integration techniques - Trigonometric integrals - Integration of rational functions - Numerical integration - Improper integrals - Sequences, series, and limits - Convergence - Taylor and Maclaurin series - Parametric curves - Polar coord...

Full class notes for both Statics and Dynamics, the two introductory engineering mechanics courses required of all mechanical and aerospace engineers. Notes cover the entire courses and include plenty of examples of worked problems. Complete with everything from vector analysis to force and moment equilibrium to kinematics and kinetics.

Full class notes for the entire Engineering Mechanics: Dynamics course. Finished with an A+ in the class. Notes cover topics and examples for: - Basic concepts - Position, velocity, and acceleration - Cartesian, Polar, Cylindrical, and Normal-Tangential coordinates - Vector analysis - 2D and 3D motion - Equations of motion - Particle kinematics and kinetics - Rigid body kinematics and kinetics - Dependent, absolute and relative motion - Work and energy methods

Full class notes for the entire Structure and Properties of Materials course. Finished with an A in the class. Notes cover topics of: - Basic concepts - Material chemistry - Structure of solids - Imperfections in solids - Diffusion - Mechanical properties and failure mechanisms - Dislocations - Plastic deformation mechanisms - Phase diagrams - Ceramic chemistry and processing - Polymer chemistry and processing - Electrical properties

Full class notes for the entire Numerical Methods for Engineers course. Finished with an A+ in the class. Notes cover topics and examples of: - Ordinary differential equations (ODE) review - Solving partial differential equations (PDE) analytically - Initial boundary value problems - Root finding methods - Curve fitting methods - Lagrange polynomials - Fourier methods - Numerical differentiation and integration - Numerical solving of ODEs and PDEs

Full class notes for the entire Circuits 1 course. Finished with an A+ in the class. Notes cover topics and examples of: - Basic concepts - Circuit diagrams - Resistance, capacitance, inductance, voltage, and current - Kirchoff's laws - Node and loop analysis - Thevenin and Norton equivalent circuits - First and second order systems - DC and AC circuits - Power systems - Transfer functions - Bode plots - Laplace transforms

Notes for the entire Engineering Mechanics: Statics course. Finished with an A+ in the class. Notes cover topics and examples of: - Vector basics - Position and force vectors - Free body diagrams - Force systems - Principles of moments - Couple moments - Distributed loadings - Rigid body and particle statics - 3D equilibrium - Trusses - Frames and machines - Friction - Centroids - Moments of inertia

Notes for entire Intro to Thermodynamics course. Finished with an A+ in the class. Notes cover topics and examples of: - Basic concepts - Energy transfer and analysis - Properties of pure substances - Property diagrams - Ideal gas equation - Work interactions - Specific heats - Mass and energy analysis of control volumes - Thermodynamic devices - 2nd law and entropy - Gas power cycles - Vapor power cycles - Refrigeration cycles