Канал: Schuster Engineering

Scope of conclusions (pg 118-119)

Scope of conclusions (pg 118-119)

Explanatory, response, and confounding variables and experiments (pg 116-117)

Explanatory, response, and confounding variables and experiments (pg 116-117)

Explanatory, response, and confounding variables (pg 114)

Explanatory, response, and confounding variables (pg 114)

Explanatory and response variables (pg 112-113)

Explanatory and response variables (pg 112-113)

Confidence interval for a mean (pg 110-111)

Confidence interval for a mean (pg 110-111)

Example of 1 mean test (pg 109)

Example of 1 mean test (pg 109)

Example of 1 mean test (pg 108)

Example of 1 mean test (pg 108)

Example of 1 mean test (pg 107)

Example of 1 mean test (pg 107)

Introduction to t (pg 106)

Introduction to t (pg 106)

Intro to hypothesis testing for quantitative variables (pg 104-105)

Intro to hypothesis testing for quantitative variables (pg 104-105)

Intro to hypothesis testing for quantitative variables (p. 102-103)

Intro to hypothesis testing for quantitative variables (p. 102-103)

Statistical significance and practical importance (p. 100-101)

Statistical significance and practical importance (p. 100-101)

Type I and Type II errors (p. 98-100)

Type I and Type II errors (p. 98-100)

Significance level (p. 97)

Significance level (p. 97)

Significance level (p. 96)

Significance level (p. 96)

One proportion z-test and confidence intervals (p. 94-95)

One proportion z-test and confidence intervals (p. 94-95)

Confidence intervals (pg 93)

Confidence intervals (pg 93)

Confidence intervals (pg 91 - 92)

Confidence intervals (pg 91 - 92)

Confidence intervals (pg 89-91)

Confidence intervals (pg 89-91)

Confidence intervals (pg 87-88)

Confidence intervals (pg 87-88)

Example of hypothesis testing and review of CLT (pg 86)

Example of hypothesis testing and review of CLT (pg 86)

Normal approx for distribution of p-hat (pg 84-85)

Normal approx for distribution of p-hat (pg 84-85)

Normal approx for distribution of p-hat (pg 82-84)

Normal approx for distribution of p-hat (pg 82-84)

Normal approx for distribution of p-hat (pg 80-81)

Normal approx for distribution of p-hat (pg 80-81)

Normal approx for distribution of p-hat (pg 78-79)

Normal approx for distribution of p-hat (pg 78-79)

Binomial distribution and p-value (pg 75-77)

Binomial distribution and p-value (pg 75-77)

Binomial distribution and p-value (pg 74-75)

Binomial distribution and p-value (pg 74-75)

Tactile and computer simulation (pg 73)

Tactile and computer simulation (pg 73)

Logic of statistical inference (pg 71-72)

Logic of statistical inference (pg 71-72)

Bad Sampling examples and conclusions (pg 67 - 70)

Bad Sampling examples and conclusions (pg 67 - 70)

Basic Sampling Methods (pg 66)

Basic Sampling Methods (pg 66)

Simple Random Sampling (pg 64-65)

Simple Random Sampling (pg 64-65)

Introduction to sampling (p. 62-63)

Introduction to sampling (p. 62-63)

Example using z-score (pg 60-61)

Example using z-score (pg 60-61)

Example using z-score (pg 58-59)

Example using z-score (pg 58-59)

Introduction to z-score for normal distribution (pg 56-57)

Introduction to z-score for normal distribution (pg 56-57)

Introduction to Normal Distribution (pg 54-55)

Introduction to Normal Distribution (pg 54-55)

Uniform distribution (pg 52-53)

Uniform distribution (pg 52-53)

Continuous Random Variables (pg 50-52)

Continuous Random Variables (pg 50-52)

Binomial Distribution Example (pg 49)

Binomial Distribution Example (pg 49)

Binomial Distribution Introduction (pg 48)

Binomial Distribution Introduction (pg 48)

Binomial Distribution Introduction (pg 46-47)

Binomial Distribution Introduction (pg 46-47)

Discrete Random Variables Variance (pg 43-45)

Discrete Random Variables Variance (pg 43-45)

Discrete Random Variables Expected Value example (pg 41-42)

Discrete Random Variables Expected Value example (pg 41-42)

Discrete Random Variables Expected Value(pg 39-40)

Discrete Random Variables Expected Value(pg 39-40)

Discrete Random Variables (pg 38)

Discrete Random Variables (pg 38)

Combinations and permutations example (pg 37)

Combinations and permutations example (pg 37)

Combinations and permutations (pg 36)

Combinations and permutations (pg 36)

Counting ordered arrangements (pg 35)

Counting ordered arrangements (pg 35)

Counting - Birthday Problem (p. 34)

Counting - Birthday Problem (p. 34)

Counting - Multiplication Rule (p. 33)

Counting - Multiplication Rule (p. 33)

Conditional probability, law of total prob, Bayes' Rule (pg 29-31)

Conditional probability, law of total prob, Bayes' Rule (pg 29-31)

General Multiplication Rule example continued (pg 27)

General Multiplication Rule example continued (pg 27)

General Multiplication Rule and Independence (pg 26)

General Multiplication Rule and Independence (pg 26)

Conditional Probability Rule example (pg 25)

Conditional Probability Rule example (pg 25)

Conditional Probability Rule (pg 24)

Conditional Probability Rule (pg 24)

STAT: Example of probability tables, rules, and Venn diagrams (pg 21-23)

STAT: Example of probability tables, rules, and Venn diagrams (pg 21-23)

STAT: Example using probability rules (pg 19-20)

STAT: Example using probability rules (pg 19-20)

STAT: Probability rules (pg 18)

STAT: Probability rules (pg 18)

STAT: Probability using exact mathematical analysis continued (pg 16)

STAT: Probability using exact mathematical analysis continued (pg 16)

STAT: Probability using exact mathematical analysis (pg 14-15)

STAT: Probability using exact mathematical analysis (pg 14-15)

STAT: Probability using computer simulation (pg 13)

STAT: Probability using computer simulation (pg 13)

STAT: Probability using tactile simulation (pg 12-13)

STAT: Probability using tactile simulation (pg 12-13)

STAT: Intro to probability (pg 11)

STAT: Intro to probability (pg 11)

STAT: Summarizing quantitative data example (pg 10)

STAT: Summarizing quantitative data example (pg 10)

STAT: Summarizing quantitative data part 2 (pg 8-9)

STAT: Summarizing quantitative data part 2 (pg 8-9)

STAT: Summarizing quantitative data part 1 (pg 6-7)

STAT: Summarizing quantitative data part 1 (pg 6-7)

STAT: Summarizing categorical (qualitative) data (pg 5)

STAT: Summarizing categorical (qualitative) data (pg 5)

STAT: Example identifying OU, variable, population, sample, parameter, statistic (pg 4)

STAT: Example identifying OU, variable, population, sample, parameter, statistic (pg 4)

STAT: Intro to basic statistical definitions (pg 3)

STAT: Intro to basic statistical definitions (pg 3)

STAT: Variables example (pg 2)

STAT: Variables example (pg 2)

STAT: Intro to data and variables (pg 1)

STAT: Intro to data and variables (pg 1)

Graphing a piece-wise function (example)

Graphing a piece-wise function (example)

Graphing a function

Graphing a function

Algebra of Functions

Algebra of Functions

Polynomial long division

Polynomial long division

Factoring quadratic equations

Factoring quadratic equations

Using TeamGantt Boards

Using TeamGantt Boards

DesignSafe Risk Assessment Walkthrough

DesignSafe Risk Assessment Walkthrough

Controlled Convergence

Controlled Convergence

FEA introduction

FEA introduction

Threaded Fasteners - Tensile Load

Threaded Fasteners - Tensile Load

Ideation Techniques - Review

Ideation Techniques - Review

Problem Definition

Problem Definition

Design Process

Design Process

Project Management

Project Management

Safety and Product Liability

Safety and Product Liability

Engineering Ethics

Engineering Ethics

Product Aesthetics

Product Aesthetics

Ideation Techniques

Ideation Techniques

Mental Barriers to Creativity

Mental Barriers to Creativity

Quality Function Deployment (QFD) Example

Quality Function Deployment (QFD) Example

Design FMEA (Failure Modes & Effects Analysis)

Design FMEA (Failure Modes & Effects Analysis)

Risk Assessment Overview

Risk Assessment Overview

Preparing for an FMEA

Preparing for an FMEA

Models & Prototypes (Senior Design Project)

Models & Prototypes (Senior Design Project)

Project Management (Senior Design Project)

Project Management (Senior Design Project)

Statement of Work (Senior Design Project)

Statement of Work (Senior Design Project)

Senior Design Project: Course Overview

Senior Design Project: Course Overview

FEA 32: Nonlinear Analysis 1

FEA 32: Nonlinear Analysis 1

FEA 31: Interactions

FEA 31: Interactions

FEA 33: Nonlinear Analysis 2

FEA 33: Nonlinear Analysis 2

FEA V29: Gaussian Quadrature

FEA V29: Gaussian Quadrature

FEA 27: Isoparametric Element Example

FEA 27: Isoparametric Element Example

FEA 30: 2-D Gaussian Quadrature

FEA 30: 2-D Gaussian Quadrature

FEA 28: Distributed Loads with Isoparametric Elements

FEA 28: Distributed Loads with Isoparametric Elements

FEA 26: Isoparametric Elements

FEA 26: Isoparametric Elements

FEA 25: Axisymmetric Elements

FEA 25: Axisymmetric Elements

FEA 24: 2-D Rectangular Elements

FEA 24: 2-D Rectangular Elements

FEA 23: 2-D Triangular Elements

FEA 23: 2-D Triangular Elements

FEA 21: Transient Implicit

FEA 21: Transient Implicit

FEA 22: Transient Explicit

FEA 22: Transient Explicit

FEA 20: Dynamic - Normal Modes

FEA 20: Dynamic - Normal Modes

FEA 19: Dynamic Analysis - Intro

FEA 19: Dynamic Analysis - Intro

FEA 18: Frame Element Example, part 2

FEA 18: Frame Element Example, part 2

FEA 17: Frame Element Example, part 1

FEA 17: Frame Element Example, part 1

FEA 13: Thermal Analysis with a Bar/Truss Element

FEA 13: Thermal Analysis with a Bar/Truss Element

FEA 16: Frame Element Transformation

FEA 16: Frame Element Transformation

FEA 15: Beam/Frame Element Stiffness Matrices

FEA 15: Beam/Frame Element Stiffness Matrices

FEA 14: Beam Element Shape Function Development

FEA 14: Beam Element Shape Function Development

FEA 12: Truss Element Example

FEA 12: Truss Element Example

FEA 11: Truss Element Transformation

FEA 11: Truss Element Transformation

FEA 10: Bar Element Example

FEA 10: Bar Element Example

FEA 09: Bar Element Analysis

FEA 09: Bar Element Analysis

FEA 08: Equations from Energy Methods, Part 2

FEA 08: Equations from Energy Methods, Part 2

FEA 07: Equations from Energy Methods, Part 1

FEA 07: Equations from Energy Methods, Part 1

FEA 06: Definitions of Key Terms

FEA 06: Definitions of Key Terms

FEA 05: Bar Element Stiffness (using equilibrium)

FEA 05: Bar Element Stiffness (using equilibrium)

FEA 03: Strength of Materials Review

FEA 03: Strength of Materials Review

FEA 04: Matrix Algebra Review

FEA 04: Matrix Algebra Review

FEA 02: What could go wrong?

FEA 02: What could go wrong?

FEA 01: What is FEA?

FEA 01: What is FEA?

Abaqus Tutorial 4 (Debugging)

Abaqus Tutorial 4 (Debugging)

Abaqus Tutorial 2 (Beams and Constraints)

Abaqus Tutorial 2 (Beams and Constraints)

Abaqus Tutorial 3 (3D wireframes)

Abaqus Tutorial 3 (3D wireframes)

Abaqus Tutorial 1 (First Analysis)

Abaqus Tutorial 1 (First Analysis)

Using Project to Create a Gantt Chart

Using Project to Create a Gantt Chart