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Numerical ODE Methods Accurate to 1st and 2nd Order - Duration: 10 minutes.
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Open Root Finding Methods - Duration: 6 minutes, 20 seconds.
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False Position Method - Duration: 3 minutes, 58 seconds.
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Bracketing a Maximum in Optimization - Duration: 6 minutes, 29 seconds.
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Bisection for Finding Roots - Duration: 3 minutes, 51 seconds.
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Derivation of Free Particle Equation in One Direction - Duration: 7 minutes, 53 seconds.
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SRK Equation of State Example - Duration: 6 minutes, 53 seconds.
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PFR Parametric Sensitivity with Heat Exchange (Interactive Simulation) - Duration: 3 minutes, 27 seconds.
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Temperature-Programmed Desorption (Interactive Simulation) - Duration: 3 minutes, 25 seconds.
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Effect of Tube Diameter on PFR (Interactive Simulation) - Duration: 3 minutes, 29 seconds.
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Heterogenous Chemical Equilibrium (Interactive Simulation) - Duration: 5 minutes, 27 seconds.
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Forces Acting on a Frame - Duration: 12 minutes.
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Engineering Computing
A playlist dedicated to computing in engineering, specifically on using Excel and other software to aid in engineering calculations.-
Solving Set of Linear Equations - Duration: 5 minutes, 11 seconds.
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Solving Linear Equations with Gaussian Elimination/Excel - Duration: 8 minutes, 42 seconds.
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Excel Solver Introduction - Duration: 6 minutes, 11 seconds.
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Bisection Introduction/Excel - Duration: 7 minutes, 31 seconds.
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Bisection Example/Excel - Duration: 6 minutes, 47 seconds.
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Bisection Live Method/Excel - Duration: 8 minutes, 5 seconds.
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Iterative Solutions/Excel - Duration: 3 minutes, 26 seconds.
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Excel Goal Seek Introduction - Duration: 4 minutes, 34 seconds.
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Excel Goal Seek Example - Duration: 5 minutes, 48 seconds.
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Bubble Temperature Non-Ideal Liquid/POLYMATH - Duration: 4 minutes, 47 seconds.
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Dew Temperature Calculation/Excel Solver - Duration: 7 minutes, 6 seconds.
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Real Gas Expansion Part 2: Excel Solver - Duration: 5 minutes, 37 seconds.
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Fluid Mechanics
Screencasts covering topics in fluid dynamics and transport phenomenon. Closed captioning is available.
Are you using a textbook? We have organized videos according to "Fundamentals of Fluid Mechanics (B.R. Munson et al. 6th Ed)"
Check out www.learncheme.com for table of contents and organized videos.-
Characteristics of a Fluid - Duration: 7 minutes, 56 seconds.
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What is a Fluid? - Lecture 1.1 - Chemical Engineering Fluid Mechanics - Duration: 13 minutes.
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Dimensionless Groups (Reynolds Number Example) - Duration: 4 minutes, 26 seconds.
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Types of Homogeneous Equations - Duration: 5 minutes, 47 seconds.
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Systems of Units - Duration: 9 minutes, 21 seconds.
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Molar Conversions - Duration: 6 minutes, 52 seconds.
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Force & Weight (Units & Conversions) - Duration: 6 minutes, 20 seconds.
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Specific Gravity of a Mixture - Duration: 5 minutes, 29 seconds.
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Ideal Gas Law - Lung Example (BIO) - Duration: 9 minutes, 33 seconds.
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Ideal Gas Mixture Characterization - Duration: 6 minutes, 26 seconds.
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Introduction to Viscosity - Lecture 1.2 - Chemical Engineering Fluid Mechanics - Duration: 15 minutes.
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Non-Newtonian Fluids, part 1 - Lecture 1.5 - Chemical Engineering Fluid Mechanics - Duration: 10 minutes.
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Heat Transfer
Screencasts covering topics in heat transfer (conduction, convection, radiation).-
Heat Transfer Basics - Duration: 7 minutes, 11 seconds.
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Introduction to Heat Transfer - Potato Example - Duration: 7 minutes, 57 seconds.
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Heat Transfer Parameters and Units - Duration: 6 minutes.
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Conduction Equation Derivation - Duration: 6 minutes, 25 seconds.
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Heat Equation Derivation - Duration: 11 minutes.
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Heat Equation Derivation: Cylindrical Coordinates - Duration: 7 minutes, 28 seconds.
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Boundary Conditions - Duration: 8 minutes, 18 seconds.
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Thermal Circuits Introduction - Duration: 7 minutes, 3 seconds.
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Thermal Circuits: Temperatures in a Composite Wall - Duration: 6 minutes, 53 seconds.
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Composite Wall: Maximum Temperature - Duration: 10 minutes.
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Temperature Distribution for a Cylinder - Duration: 7 minutes, 48 seconds.
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Rate of Heat Generation - Duration: 4 minutes, 21 seconds.
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Kinetics/Reactor Design
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Kinetics/Reactor Design: Kinetic Mechanisms - Playlist
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Kinetics/Reactor Design: Rate Data - Playlist
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Kinetics/Reactor Design: Multiple Reactions - Playlist
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Catalysis - Playlist
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Kinetics/Reactor Design: Biokinetics - Playlist
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Kinetics/Reactor Design Review - Playlist
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Material and Energy Balances
Closed captioning is available for this playlist.
Check out our LearnChemE MEB YouTube channel for videos organized by topic: https://www.youtube.com/channel/UCbeLcr79uGdfiJAykx6FSRQ
Are you using a textbook? Check out our website for videos organized by topic and by chapter: http://www.learncheme.com/screencasts/mass-energy-balances
Screencasts covering engineering calculations, process variables, single unit material balances, multiple-unit material balances, equations of state, phase equilibrium, energy balances, and balances involving reactions.-
Unit Conversions (Practice) - Duration: 7 minutes, 17 seconds.
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Systems of Units - Duration: 9 minutes, 21 seconds.
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Force & Weight (Units & Conversions) - Duration: 6 minutes, 20 seconds.
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Significant Figures - Duration: 6 minutes.
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Solving Set of Linear Equations - Duration: 5 minutes, 11 seconds.
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Changing Units in an Equation - Duration: 4 minutes, 16 seconds.
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Dimensions of Differential Equations - Duration: 3 minutes, 26 seconds.
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Dimensional Homogeneity - Duration: 7 minutes, 1 second.
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Dimensionless Groups (Reynolds Number Example) - Duration: 4 minutes, 26 seconds.
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Linearization of Non-Linear Equations - Duration: 6 minutes, 25 seconds.
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Linearization Example (Cell Growth) (BIO) - Duration: 4 minutes, 41 seconds.
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Linearize/Plot Non-Linear Equations (Excel) - Duration: 7 minutes, 14 seconds.
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Materials Science
Screencasts covering topics in Materials Science.
Closed captioning is available.
Check out www.LearnChemE.com for videos organized by topic.-
Atomic Bonding - Duration: 5 minutes, 50 seconds.
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Packing Factor for a Body-Centered Cubic Structure - Duration: 3 minutes, 38 seconds.
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Calculate Metal Density - Duration: 6 minutes, 4 seconds.
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Radius of a Metal Atom and Metal Density - Duration: 5 minutes, 16 seconds.
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Crystal Plane Miller Indices - Duration: 4 minutes, 45 seconds.
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(111) Planes in FCC Metal - Duration: 5 minutes, 26 seconds.
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Directions in Crystals - Duration: 4 minutes, 31 seconds.
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Direction in a HCP Unit Cell - Duration: 97 seconds.
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XRD Peak Analysis - Duration: 4 minutes, 11 seconds.
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Crystal Systems and Ceramic Structures - Duration: 7 minutes, 51 seconds.
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Tetrahedral and Octahedral Sites - Duration: 8 minutes, 21 seconds.
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Linear and Planar Densities - Duration: 4 minutes, 55 seconds.
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Process Design
Videos covering topics in process design.-
Basics of BFDs, PFDs, & PIDs - Duration: 105 seconds.
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Characteristics of BFDs - Duration: 5 minutes, 28 seconds.
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Block Flow Diagram Examples - Duration: 2 minutes, 33 seconds.
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BFD: Avoiding Common Mistakes - Duration: 5 minutes, 17 seconds.
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Rule of Thumb: Adding an Expander to a System - Duration: 4 minutes, 32 seconds.
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Rule of Thumb: Energy Losses in a Piping System - Duration: 4 minutes, 47 seconds.
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Temperature Interval Method for Heat Exchanger Networks - Duration: 9 minutes, 32 seconds.
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Designing a Heat Exchanger Network - Duration: 9 minutes, 52 seconds.
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Working in a Team Part 1 - Duration: 6 minutes, 16 seconds.
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Working in a Team Part 2 - Duration: 5 minutes, 2 seconds.
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Working in a Team Part 3 - Duration: 4 minutes, 24 seconds.
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Gross Economic Profit Analysis - Duration: 5 minutes, 44 seconds.
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Separations and Mass Transfer
Screencasts covering topics in chemical engineering Separations and Mass Transfer. Are you using a textbook?
Videos organized according to "Separation Process Engineering" (Phillip C. Wankat, 2nd Ed.) and "Fundamentals of Momentum, Heat, and Mass Transfer" (Welty, Wicks, Wilson and Rorrer, 5th Ed.) at www.learncheme.com-
Osmotic Pressure Derivation - Duration: 7 minutes, 23 seconds.
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Osmotic Pressure: Protein Molecular Weight (Bio) - Duration: 6 minutes, 42 seconds.
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Phase Equilibrium: Txy Diagram - Duration: 5 minutes, 46 seconds.
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Heat Removal to Condense a Vapor Mixture - Duration: 4 minutes, 53 seconds.
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Binary VLE - Duration: 11 minutes.
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Batch Distillation: Azeotrope - Duration: 4 minutes, 15 seconds.
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Binary Flash Distillation Example - Duration: 5 minutes, 6 seconds.
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Rachford-Rice Procedure for Isothermal Flash Distillation - Duration: 9 minutes, 42 seconds.
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Packed Bed Column Height - Duration: 13 minutes.
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Binary Distillation with Multiple Feeds - Duration: 11 minutes.
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Binary Distillation with Non-Optimal Feed - Duration: 9 minutes, 12 seconds.
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Binary Distillation with Open Steam Heating - Duration: 9 minutes, 46 seconds.
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Thermodynamics
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Thermodynamics: First & Second Laws - Playlist
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Thermodynamics: Reaction Equilibria - Playlist
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Thermodynamics: Interactive Screencasts - Playlist
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Thermodynamics: Interactive Simulations - Playlist
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Thermodynamics Review - Playlist
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LearnChemE Channels
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LearnChemE: FE Exam Review - Channel
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LearnChemE: Fluid Mechanics - Channel
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LearnChemE: Kinetics/Reactor Design - Channel
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LearnChemE: Material & Energy Balances - Channel
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LearnChemE: Thermodynamics - Channel
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