Канал: Christi Patton Luks

Chapter 5 Introduction to Multicomponent Distillation

Chapter 5 Introduction to Multicomponent Distillation

Intro to CHEMCAD 8 for Binary Distillation

Intro to CHEMCAD 8 for Binary Distillation

Capital Cost Estimation 2024

Capital Cost Estimation 2024

CHEMCAD Flash for ChE 3131

CHEMCAD Flash for ChE 3131

Chapter 3 Description of a Fluid in Motion

Chapter 3 Description of a Fluid in Motion

Chapter 2c Buoyancy

Chapter 2c Buoyancy

Chapter 2b Submerged Surfaces

Chapter 2b Submerged Surfaces

Chapter 2a Manometers

Chapter 2a Manometers

Chapter 1f Compressibility

Chapter 1f Compressibility

Chapter 1e Units and Surface Tension

Chapter 1e Units and Surface Tension

Chapter 1d Point to Point Property Variation 1

Chapter 1d Point to Point Property Variation 1

Chapter 1c Pressure at a Point

Chapter 1c Pressure at a Point

Chapter 1b Fluid Properties

Chapter 1b Fluid Properties

Chapter 1a Intro to Momentum Transfer

Chapter 1a Intro to Momentum Transfer

Low Pressure Liquid Chromatography

Low Pressure Liquid Chromatography

Use of the Centrifuge for the Protein Precipitation Experiment

Use of the Centrifuge for the Protein Precipitation Experiment

Dead-End Filtration

Dead-End Filtration

ChE 2110 Chapter 8d - A Brief Introduction to Fugacity and Wrapping up Thermo I

ChE 2110 Chapter 8d - A Brief Introduction to Fugacity and Wrapping up Thermo I

ChE 2110 Chapter 8c - The Antoine Equation and Selecting a Vapor Pressure Equation

ChE 2110 Chapter 8c - The Antoine Equation and Selecting a Vapor Pressure Equation

ChE 2110 Chapter 8b - The Shortcut Equation for Vapor Pressure

ChE 2110 Chapter 8b - The Shortcut Equation for Vapor Pressure

ChE 2110 Chapter 8a - The Clausius-Clapeyron Equation

ChE 2110 Chapter 8a - The Clausius-Clapeyron Equation

ChE 2110 Chapter 7f - Liquids and Questions to Ask when Choosing an EOS

ChE 2110 Chapter 7f - Liquids and Questions to Ask when Choosing an EOS

ChE 2110 Chapter 7e - The Virial EOS

ChE 2110 Chapter 7e - The Virial EOS

ChE 2110 Chapter 7d - The Joback Method and Group Contribution Techniques

ChE 2110 Chapter 7d - The Joback Method and Group Contribution Techniques

ChE 2110 Chapter 7c - Lee-Kesler and Generalized Correlations

ChE 2110 Chapter 7c - Lee-Kesler and Generalized Correlations

ChE 2110 Chapter 7b - Using the Cubic EOS

ChE 2110 Chapter 7b - Using the Cubic EOS

ChE 2110 Chapter 7a - Cubic Equations of State for pures

ChE 2110 Chapter 7a - Cubic Equations of State for pures

ChE 2110 Chapter 6e - Residual Properties

ChE 2110 Chapter 6e - Residual Properties

ChE 2110 Chapter 6d - Coefficient of Thermal Expansion and Isothermal Compressibility

ChE 2110 Chapter 6d - Coefficient of Thermal Expansion and Isothermal Compressibility

ChE 2110 Chapter 6b - Introduction to Using Measurable Quantities

ChE 2110 Chapter 6b - Introduction to Using Measurable Quantities

ChE 2110 Chapter 6c - Enthalpy calculations

ChE 2110 Chapter 6c - Enthalpy calculations

ChE 2110 Chapter 6a - Fundamental Relations and Maxwell Equations

ChE 2110 Chapter 6a - Fundamental Relations and Maxwell Equations

ChE 2110 Chapter 5m - Liquefaction

ChE 2110 Chapter 5m - Liquefaction

ChE 2110 Chapter 5L - Other Refrigeration Cycles

ChE 2110 Chapter 5L - Other Refrigeration Cycles

ChE 2110 Chapter 5k - Choosing a Refrigerant

ChE 2110 Chapter 5k - Choosing a Refrigerant

ChE 2110 Chapter 5j - Refrigeration Example

ChE 2110 Chapter 5j - Refrigeration Example

ChE 2110 Chapter 5i - Vapor-Compression Refrigeration

ChE 2110 Chapter 5i - Vapor-Compression Refrigeration

ChE 2110 Chapter 5h - Introduction to the Brayton Cycle

ChE 2110 Chapter 5h - Introduction to the Brayton Cycle

ChE 2110 Chapter 5g - Reheat and Regeneration in the Rankine Cycle

ChE 2110 Chapter 5g - Reheat and Regeneration in the Rankine Cycle

ChE 2110 Chapter 5f - Basic Rankine Cycle with Real Equipment

ChE 2110 Chapter 5f - Basic Rankine Cycle with Real Equipment

ChE 2110 Chapter 5e - Modified Rankine Cycle Example

ChE 2110 Chapter 5e - Modified Rankine Cycle Example

ChE 2110 Chapter 5d - The Effect of Changing Conditions in the Basic Rankine Cycle

ChE 2110 Chapter 5d - The Effect of Changing Conditions in the Basic Rankine Cycle

ChE 2110 Chapter 5c - Example of the Basic Rankine Cycle

ChE 2110 Chapter 5c - Example of the Basic Rankine Cycle

ChE 2110 Chapter 5b - The Basic Rankine Cycle

ChE 2110 Chapter 5b - The Basic Rankine Cycle

ChE 2110 Chapter 5a - Power Cycles

ChE 2110 Chapter 5a - Power Cycles

ChE 2110 Chapter 4L - Process Efficiencies

ChE 2110 Chapter 4L - Process Efficiencies

ChE 2110 Chapter 4k - Polytropic Processes

ChE 2110 Chapter 4k - Polytropic Processes

ChE 2110 Chapter 4j - Entropy Calculations for Ideal Gases

ChE 2110 Chapter 4j - Entropy Calculations for Ideal Gases

ChE 2110 Chapter 4i - Entropy Calculations for Solids and Liquids

ChE 2110 Chapter 4i - Entropy Calculations for Solids and Liquids

ChE 2110 Chapter 4h - The Fundamental Relations

ChE 2110 Chapter 4h - The Fundamental Relations

ChE 2110 Chapter 4g - Example with Entropy Generation

ChE 2110 Chapter 4g - Example with Entropy Generation

ChE 2110 Chapter 4f - The Entropy Balance

ChE 2110 Chapter 4f - The Entropy Balance

ChE 2110 Chapter 4e Second Law Applications

ChE 2110 Chapter 4e Second Law Applications

ChE 2110 Chapter 4d The Carnot Cycle

ChE 2110 Chapter 4d The Carnot Cycle

ChE 2110 Chapter 4c Use for Entropy

ChE 2110 Chapter 4c Use for Entropy

ChE 2110 Chapter 4b The Definition of Entropy

ChE 2110 Chapter 4b The Definition of Entropy

ChE 2110 Chapter 4a Reversible vs Irreversible

ChE 2110 Chapter 4a Reversible vs Irreversible

Optimization of a function using Excel Solver

Optimization of a function using Excel Solver

Optimization using Derivative Approximation

Optimization using Derivative Approximation

Introduction to Optimization

Introduction to Optimization

ChE 2110 Chapter 3h 1st Law for Open Unsteady State Systems

ChE 2110 Chapter 3h 1st Law for Open Unsteady State Systems

ChE 2110 Chapter 3g Common Steady Flow Processes

ChE 2110 Chapter 3g Common Steady Flow Processes

ChE 2110 Chapter 3f Calorimeter Example

ChE 2110 Chapter 3f Calorimeter Example

ChE 2110 Chapter 3e Heat Exchanger Example

ChE 2110 Chapter 3e Heat Exchanger Example

ChE 2110 Chapter 3d Nozzle Example

ChE 2110 Chapter 3d Nozzle Example

ChE 2110 Chapter 3c 1st Law for Steady Flow Systems with Pump Example

ChE 2110 Chapter 3c 1st Law for Steady Flow Systems with Pump Example

ChE 2110 Chapter 3b 1st Law for Closed Systems

ChE 2110 Chapter 3b 1st Law for Closed Systems

ChE 2110 Chapter 3a The Energy Balance

ChE 2110 Chapter 3a The Energy Balance

ChE 2110 Chapter 2f: Heat Capacity

ChE 2110 Chapter 2f: Heat Capacity

ChE 2110 Chapter 2e: Ideal Gases and Introduction to Equations of State

ChE 2110 Chapter 2e: Ideal Gases and Introduction to Equations of State

ChE 2110 Chapter 2d: Examples with Steam Tables

ChE 2110 Chapter 2d: Examples with Steam Tables

ChE 2110 Chapter 2c: Steam Tables

ChE 2110 Chapter 2c: Steam Tables

ChE 2110 Chapter 2b: Presentation of PVT data

ChE 2110 Chapter 2b: Presentation of PVT data

Chapter 2a: PVT Diagrams

Chapter 2a: PVT Diagrams

Chapter 1c: Introduction to Energy, Work, and Heat

Chapter 1c: Introduction to Energy, Work, and Heat

Chapter 1b: Pressure and Temperature

Chapter 1b: Pressure and Temperature

Chapter 1a: Terminology

Chapter 1a: Terminology

Quick Introduction to Experimental Design

Quick Introduction to Experimental Design

Very Brief Statistics Review

Very Brief Statistics Review

Propagation of Error

Propagation of Error

Measurement Error

Measurement Error

Guidelines for Oral Presentations

Guidelines for Oral Presentations

Formatting Tables and Figures for Reports

Formatting Tables and Figures for Reports

Written Reports for Unit Ops Lab Courses

Written Reports for Unit Ops Lab Courses

Meet Our ChE Stars Griffin Taake

Meet Our ChE Stars Griffin Taake

Pre Lab Videos for Unit Ops Lab

Pre Lab Videos for Unit Ops Lab

Lab 0 Safety

Lab 0 Safety

Tank Depressurization Fall 2020

Tank Depressurization Fall 2020

Lab 11

Lab 11

Introduction to the Tank Depressurization Experiment

Introduction to the Tank Depressurization Experiment

S&T Chem-E-Car 2020 Round 1

S&T Chem-E-Car 2020 Round 1

November 11 Lab and Test Review

November 11 Lab and Test Review

Lab 8 November 4

Lab 8 November 4

Lab 7

Lab 7

Chem E Car Regionals 2020

Chem E Car Regionals 2020

Reading the barometer

Reading the barometer

Product Design for Chemical Engineers

Product Design for Chemical Engineers

Alternatives Analysis Example for Product Design

Alternatives Analysis Example for Product Design

Boundary Value Problems in MATLAB

Boundary Value Problems in MATLAB

ChE 3111 Lab 11 BVPs

ChE 3111 Lab 11 BVPs

Numerical Approaches for Solving BVPs

Numerical Approaches for Solving BVPs

Systems and Higher Order IVP using Runge Kutta

Systems and Higher Order IVP using Runge Kutta

Design 1 Intro to Sustainability

Design 1 Intro to Sustainability

Design 1 A Safety Review

Design 1 A Safety Review

A Review of Engineering Ethics

A Review of Engineering Ethics

Design 1 Selecting Your Pipe Sizes

Design 1 Selecting Your Pipe Sizes

Numerical Solution of Systems or Higher Order ODEs with ode45 in MATLAB

Numerical Solution of Systems or Higher Order ODEs with ode45 in MATLAB

Numerical Solution of 1st Order ODEs with ode45 in MATLAB

Numerical Solution of 1st Order ODEs with ode45 in MATLAB

Solving ODEs with dsolve in MATLAB

Solving ODEs with dsolve in MATLAB

Design 1 Pressure Change Operations

Design 1 Pressure Change Operations

Example 15 2 for Pinch Analysis

Example 15 2 for Pinch Analysis

Virtual Tour of the Chemical & Biochemical Engineering Department at Missouri S&T

Virtual Tour of the Chemical & Biochemical Engineering Department at Missouri S&T

Meet our ChE Stars: Katherine Schroeder

Meet our ChE Stars: Katherine Schroeder

Meet our ChE Stars: Holly Coleman

Meet our ChE Stars: Holly Coleman

Basic Matrix Math in MATLAB

Basic Matrix Math in MATLAB

Design 1 Azeotropes and Residue Curves

Design 1 Azeotropes and Residue Curves

Design 1 Selecting a Separation Scheme

Design 1 Selecting a Separation Scheme

Design 1 Distillation Sequences

Design 1 Distillation Sequences

Design 1 Guidelines for Selecting Separation Techniques

Design 1 Guidelines for Selecting Separation Techniques

Design 1 Distillation Equipment

Design 1 Distillation Equipment

Design 1 Design Equations for Absorption

Design 1 Design Equations for Absorption

Design 1 Binary Distillation Trends

Design 1 Binary Distillation Trends

Design 1 Reactor Configurations

Design 1 Reactor Configurations

Design 1 Production of the Desired Product

Design 1 Production of the Desired Product

Design 1 Reaction Equilibrium and Kinetic Equations

Design 1 Reaction Equilibrium and Kinetic Equations

Design 1 Introduction to Reactor Design Principles

Design 1 Introduction to Reactor Design Principles

Design 1 Heuristics for Moving Gases, Liquids, and Solids

Design 1 Heuristics for Moving Gases, Liquids, and Solids

Design 1 Heuristics for Heat Transfer Operations

Design 1 Heuristics for Heat Transfer Operations

Design 1 Heuristics for Separation

Design 1 Heuristics for Separation

Design 1 Heuristics for Reactors

Design 1 Heuristics for Reactors

Design 1 Some Basic Heuristics

Design 1 Some Basic Heuristics

Double Integral via Simpson's Rule in MATLAB

Double Integral via Simpson's Rule in MATLAB

Simpsons Rule in MATLAB

Simpsons Rule in MATLAB

The Trapezoid Rule in MATLAB

The Trapezoid Rule in MATLAB

Successive Substitution in MATLAB

Successive Substitution in MATLAB

Secant Method for Root-Finding with MATLAB

Secant Method for Root-Finding with MATLAB

Bisection Method in MATLAB

Bisection Method in MATLAB

Design — Process Operating Conditions

Design — Process Operating Conditions

Design—Reading a PFD

Design—Reading a PFD

Improved Newton Method in MATLAB

Improved Newton Method in MATLAB

The Basic Newton Method in MATLAB

The Basic Newton Method in MATLAB

Using fplot and fzero to find the root of an equation in MATLAB

Using fplot and fzero to find the root of an equation in MATLAB

3 Ways to Create a Function in MATLAB

3 Ways to Create a Function in MATLAB

Process Design 03 Teamwork

Process Design 03 Teamwork

Process Design 02 Developing Your PFD

Process Design 02 Developing Your PFD

Process Design 01 Diagrams

Process Design 01 Diagrams

Plotting Taylor Series for Comparison in MATLAB

Plotting Taylor Series for Comparison in MATLAB

The Basics of Entering Arrays in MATLAB

The Basics of Entering Arrays in MATLAB

Creating Taylor Series in MATLAB

Creating Taylor Series in MATLAB

Intro to MATLAB as a calculator

Intro to MATLAB as a calculator

1a Series in MATLAB

1a Series in MATLAB

Exam 3 Question 4

Exam 3 Question 4

Exam 3 Question 2

Exam 3 Question 2

Intermediate Thermo Exam 3 Question 1

Intermediate Thermo Exam 3 Question 1

Activity Definitions

Activity Definitions

11c The van’t Hoff Equation

11c The van’t Hoff Equation

11b Chemical Equilibrium Example

11b Chemical Equilibrium Example

11a Chemical Equilibrium

11a Chemical Equilibrium

10e Gibbs Phase Rule Example

10e Gibbs Phase Rule Example

10d Another Reaction Example

10d Another Reaction Example

10c Reactions with Energy Balance and Temperature Change

10c Reactions with Energy Balance and Temperature Change

09b Cricondentherm and Cricondenbar

09b Cricondentherm and Cricondenbar

10b Mass and Mole Balances with Multiple Reactions

10b Mass and Mole Balances with Multiple Reactions

10a Number of Independent Reactions

10a Number of Independent Reactions

Another Example with Mixture Properties

Another Example with Mixture Properties

Lab 5

Lab 5

One more example on thermo proprties

One more example on thermo proprties

Another Example for Thermo Property Math

Another Example for Thermo Property Math

Example for Thermodynamic Property Math

Example for Thermodynamic Property Math

How to Add a RUN button for your VBA Macros in Excel

How to Add a RUN button for your VBA Macros in Excel

Lab 10 First Order IVP

Lab 10 First Order IVP

Lab 9

Lab 9

Lab 8

Lab 8

Lab 7 Part 3

Lab 7 Part 3

Lab 7 Part 2

Lab 7 Part 2

Lab 7 Part 1

Lab 7 Part 1

ChE 3111 Lab 6

ChE 3111 Lab 6

ChE 3111 Lab 5

ChE 3111 Lab 5

ChE 3111 Lab 4 problem

ChE 3111 Lab 4 problem

ChE 3111 Lab 4

ChE 3111 Lab 4

Lab 3 (part 2) The Experiment

Lab 3 (part 2) The Experiment

Lab 3 (part 1) More on Nonlinear Equations

Lab 3 (part 1) More on Nonlinear Equations

Lab 2 Nonlinear Equations

Lab 2 Nonlinear Equations

Lab 1 Series Solutions

Lab 1 Series Solutions

Lab 0: Measurement and Error Estimate

Lab 0: Measurement and Error Estimate

Gas Tank Depressurization Experiment

Gas Tank Depressurization Experiment

Warm Temp Alka Seltzer Expt

Warm Temp Alka Seltzer Expt

RoomTemp Alka Seltzer Expt

RoomTemp Alka Seltzer Expt

Cold Temp Alka Seltzer Expt

Cold Temp Alka Seltzer Expt

Thermo1. Variations on the Rankine Cycle

Thermo1. Variations on the Rankine Cycle

Thermo 1 Intro to Refrigeration Example

Thermo 1 Intro to Refrigeration Example

Thermo 1 vapor-Compression Refrigeration

Thermo 1 vapor-Compression Refrigeration

Thermo 1 Intro to Refrigeration

Thermo 1 Intro to Refrigeration

ChE 2110 Exam 3 Solution page 4

ChE 2110 Exam 3 Solution page 4

ChE 2110 Exam 3 Solution page 3

ChE 2110 Exam 3 Solution page 3

ChE 2110 Exam 3 Solution page 2

ChE 2110 Exam 3 Solution page 2

ChE 2110 Exam 3 Solution Page 1

ChE 2110 Exam 3 Solution Page 1

Duct Flow Equations Derived

Duct Flow Equations Derived

ChE 3111 Lab 4 supplement

ChE 3111 Lab 4 supplement

Thermo1 Chapter 6 1c Enthalpy in terms of P and T

Thermo1 Chapter 6 1c Enthalpy in terms of P and T