# Angular Momentum - Classical Mechanics - Lecture Slides

Classical Mechanics is an integral part of Mechanical Engineering. Following are the main points discussed in these Lecture Slides : Angular Momentum, Moments, Shifted Moments, Total Momentum, Independent, Arbitrary Point, Unchanged, Theorem, Law...

# Euler Angles - Classical Mechanics - Lecture Slides

These main points are discussed in these Lecture Slides : Euler Angles, Three Angles, Three Separate Rotations, Body Axes, Euler Angles, Vector, Euler Matrices, Product, Rotation, Expressed

# Chaotic Orbits - Classical Mechanics - Lecture Slides

These main points are discussed in these Lecture Slides : Chaotic Orbits, Two-Body Scatter, Scattering Disks, Scattering Particles, Classes of Trajectories, Set of Trajectories, Same Outcome, Trajectories, Rebound, Trajectories

# Diffusion - Intermediate Mechanics of Materials - Lecture Slides

Main points are: Diffusion, Atomic Diffusion in Solids, Substitutional Diffusion, Diffusion Demo, Interdiffusion, Diffusion Couple, Concentration Profiles, Activation Energy, Interstitial Diffusion Mechanism, Steady State

# Dispersion - Intermediate Mechanics of Materials - Lecture Slides

Main points are: Dispersion, Solution Hardening, Hardening in Brass, Strain Fields, Solute Atom, Solution Heat Treatment, Dispersion Hardening, Precipitation Strengthening, Particle Cutting, Shear Modulus, Burgers Vector

# Van der Pol - Classical Mechanics - Lecture Slides

These main points are discussed in these Lecture Slides : Van Der Pol, Convergence, Transient Dies Out, Converges to Steady State, Transient and Steady, Oscillator, Equivalent Circuit, Oscillators, Simulated, Negative Resistance

# Engineering Alloys - Intermediate Mechanics of Materials - Lecture Slides

Main points are: Engineering Alloys, Production of Iron and Steel, Production of Pig Iron, Blast Furnace, Steel Making, Slag Forming Fluxes, Iron Carbide Phase Diagram, Peritectic Reaction, Invariant Reactions, Plain Carbon

# Angular Momentum - Classical Mechanics - Lecture Slides

Classical Mechanics is an integral part of Mechanical Engineering. Following are the main points discussed in these Lecture Slides : Angular Momentum, Moments, Shifted Moments, Total Momentum, Independent, Arbitrary Point, Unchanged, Theorem, Law...

# Waves - Classical Mechanics - Lecture Slides

These main points are discussed in these Lecture Slides : Waves, Masses on a String, Displacements, Separation, Constraints, Potential From String Tension, Displacements, Replace Tension, Elastic, Large Matrix

# Vibrations - Classical Mechanics - Lecture Slides

These main points are discussed in these Lecture Slides : Vibrations, Near Equilibrium, Kinetic Energy, Homogeneous Quadratic, Function of Generalized, Potential is Time-Independent, Coordinates Reflect, Equilibrium, Quadratic Potential, Vanishes

# Vectors - Classical Mechanics - Lecture Slides

These main points are discussed in these Lecture Slides : Vectors, Two Operations, Addition and Multiplication, Groups, Multiplication, Sets Are Groups, Commutative, Rings and Fields, Commutative Groups, Multiplication is Associative

# Van der Pol - Classical Mechanics - Lecture Slides

These main points are discussed in these Lecture Slides : Van Der Pol, Convergence, Transient Dies Out, Converges to Steady State, Transient and Steady, Oscillator, Equivalent Circuit, Oscillators, Simulated, Negative Resistance

# Transformations - Classical Mechanics - Lecture Slides

These main points are discussed in these Lecture Slides : Transformations, Point Transformation, Coordinate, Lagrange’s Method, Represents, Configuration Space, Coordinate Invariance, Different Lagrangians, Differ, Time Derivative