# Optimization - Numerical Methods - Lecture Slides

The main points are: Optimization, Determining Root, Determine Optima, Solving Root Problem, Finite Difference Approximation, Examples of Optimization Problems, Design Structures, Inventory Control, Design Pump

# Leap-Frog Scheme - Numerical Methods for Partial Differential Equations - Lecture Slides

The main points are: Leap-Frog Scheme, One-Step Methods, Runge-Kutta Methods, Modified Euler, Jameson-Schmidt-Turkel, Linear Absolute Stability Regions, Global Error Analysis, Global Error Estimate, Stability Region Shrinks

# Roots of Equations - Numerical Methods - Lecture Slides

The main points are: Roots of Equations, Quadratic Formula, Algebraic Function, Lacks Precision, Trial and Error, Overview of Methods, Bracketing Methods, Open Methods, One Point Iteration, Secant Method, Bisection Method

# Propagation of Errors - Numerical Methods - Lecture Slides

The main points are: Propagation of Errors, Numerical Methods, Maximum Possible Value, Errors in Formulas, Axial Member, Formula for Error Propagation, Subtraction of Numbers, Objective Function, Vector Operator, Initial Guess of Root

# Leap-Frog Scheme - Numerical Methods for Partial Differential Equations - Lecture Slides

The main points are: Leap-Frog Scheme, One-Step Methods, Runge-Kutta Methods, Modified Euler, Jameson-Schmidt-Turkel, Linear Absolute Stability Regions, Global Error Analysis, Global Error Estimate, Stability Region Shrinks

# Romberg Rule of Integration - Numerical Methods - Lecture Slides

The main points are: Romberg Rule of Integration, Basis of Romberg Rule, Process of Measuring Area, Limit of Integration, Extrapolation Formula, Romberg Integration, Trapezoidal Rule, True Error, Error in Multiple Segment

# Two-Dimensional Advection - Numerical Methods for Partial Differential Equations - Lecture Slides

The main points are: Two-Dimensional Advection, Arbitrary Section, Flux of Fluid, Conservation Equation, Outward Normal, Integral of Concentration, Conservation Law, Divergence Theorem, Component Form, Technology for Meshes

# Optimization - Numerical Methods - Lecture Slides

The main points are: Optimization, Determining Root, Determine Optima, Solving Root Problem, Finite Difference Approximation, Examples of Optimization Problems, Design Structures, Inventory Control, Design Pump

# Chemical and Physical Properties - Plastics and Polymers - Lecture Slides

The main points are: Chemical and Physical Properties, Thermal Properties, Glass Transition, Energy Inputs, Degradation and Oxidation, Chemical Resistivity and Solubility, Electrical Properties, Optical Properties

# Commodity Thermoplastics - Plastics and Polymers - Lecture Slides

The main points are: Commodity Thermoplastics, Polyolefin Definition, Principal Olefin Monomers, Several Olefin Polymers, Polymethylpentene, Ethylene Monomer, Addition Polymerization, Branched Chains, Special Low Versions

# Engineering Thermoplastics - Plastics and Polymers - Lecture Slides

The main points are: Engineering Thermoplastics, Polyamide History, Heterochain Thermoplastics, Monomer Chains, Condensation Reaction, Molecular Weights, Chemical Structure, Aromatic Polyamides, Transparent Polyamides

# Environmental Aspects of Plastics - Plastics and Polymers - Lecture Slides

The main points are: Environmental Aspects of Plastics, Source Reduction, Recycling, Regeneration, Degradation, Landfill, Incineration, Total Product Life Cycle, Amount of Material, Substitution of Plastics, Codes for Plastics

# Extrusion - Plastics and Polymers - Lecture Slides

The main points are: Extrusion, Normal Operation, Process Control, Post-Extrusion Forming, Trouble Shooting, Extrusion Problems, Injection Molding, Blow Molding, Fibers in Compounding, Barrel Bore Diameter, Extruder Components