Канал: Benjamin Drew

Vehicle Dynamics Ch5 Forces Part 1

Vehicle Dynamics Ch5 Forces Part 1

Vehicle Dynamics Ch5 Forces Part 2

Vehicle Dynamics Ch5 Forces Part 2

Vehicle Dynamics Ch3 MDOF Systems

Vehicle Dynamics Ch3 MDOF Systems

Advanced Chassis Ch3 Session

Advanced Chassis Ch3 Session

Vehicle Dynamics Session 2.4

Vehicle Dynamics Session 2.4

Vehicle Dynamics Session 2.1

Vehicle Dynamics Session 2.1

Vehicle Dynamics Session 2.5

Vehicle Dynamics Session 2.5

Vehicle Dynamics Session 2.3

Vehicle Dynamics Session 2.3

Vehicle Dynamics Session 2.2

Vehicle Dynamics Session 2.2

Vehicle Dynamics Introduction

Vehicle Dynamics Introduction

Vehicle Dynamics T2 Solution

Vehicle Dynamics T2 Solution

Vehicle Dynamics T1 Solution

Vehicle Dynamics T1 Solution

Motorsport Performance Vehicle Dynamics Revision Lecture

Motorsport Performance Vehicle Dynamics Revision Lecture

Motorsport Performance Ch 5.3

Motorsport Performance Ch 5.3

Motorsport Performance Ch 5.2

Motorsport Performance Ch 5.2

Motorsport Performance Ch 5.1

Motorsport Performance Ch 5.1

Motorsport Performance Ch 4.2

Motorsport Performance Ch 4.2

Motorsport Performance Ch 4.1

Motorsport Performance Ch 4.1

Motorsport Performance Ch 3

Motorsport Performance Ch 3

Project Week 2 Introduction Video

Project Week 2 Introduction Video

Tutorial 3 Solution Video

Tutorial 3 Solution Video

Tutorial 2 Solution Video

Tutorial 2 Solution Video

Vibrational Dynamics 4.3.3 Beating Demonstration

Vibrational Dynamics 4.3.3 Beating Demonstration

Ch 5 - 5.4 Protected (.p) Files

Ch 5 - 5.4 Protected (.p) Files

Ch 5 - 5.2.3 While Loops (Part 2)

Ch 5 - 5.2.3 While Loops (Part 2)

Ch 5 - 5.2.4 While Loops (Part 3)

Ch 5 - 5.2.4 While Loops (Part 3)

Ch 5 - 5.1.4 For Loops (Part 2)

Ch 5 - 5.1.4 For Loops (Part 2)

Ch 5 - 5.2.1-5.2.2 While Loops (Part 1)

Ch 5 - 5.2.1-5.2.2 While Loops (Part 1)

Ch 5 - 5.1.1-5.1.3 For Loops (Part 1)

Ch 5 - 5.1.1-5.1.3 For Loops (Part 1)

Ch 5 - Loops Introduction

Ch 5 - Loops Introduction

Ch 4 - 4.4.2 Debugging

Ch 4 - 4.4.2 Debugging

Ch 4 - 4.4.1 Errors and Warnings

Ch 4 - 4.4.1 Errors and Warnings

Ch 4 - 4.3.2 if-else statements

Ch 4 - 4.3.2 if-else statements

Ch 4 - 4.3.1 Conditional Operators

Ch 4 - 4.3.1 Conditional Operators

Ch 4 - 4.2 Functions

Ch 4 - 4.2 Functions

Ch 4 - 4.1 The Matlab Path

Ch 4 - 4.1 The Matlab Path

Vibrational Dynamics - Lectorial 2 - Chapter 2 (Part 1) SDOF Basics

Vibrational Dynamics - Lectorial 2 - Chapter 2 (Part 1) SDOF Basics

Ch 3 - 3.3-3.4 Curve fitting and Saving Plots

Ch 3 - 3.3-3.4 Curve fitting and Saving Plots

Ch 3 - 3.2.3 (part 2) Multiple Plots using subplot

Ch 3 - 3.2.3 (part 2) Multiple Plots using subplot

Ch 3 - 3.2.3 (part 1) Multiple Plots using hold

Ch 3 - 3.2.3 (part 1) Multiple Plots using hold

Ch 3 - 3.2.2 Customising your plot

Ch 3 - 3.2.2 Customising your plot

Ch 3 - 3.2.1 Basic Plotting

Ch 3 - 3.2.1 Basic Plotting

Ch 3 - 3.1 Script Files

Ch 3 - 3.1 Script Files

Automotive VIrtual Open Day Talk

Automotive VIrtual Open Day Talk

Vibrational Dynamics - Lectorial 1 - Introduction to Module

Vibrational Dynamics - Lectorial 1 - Introduction to Module

Ch 2 - 2.7 Saving Data

Ch 2 - 2.7 Saving Data

Ch 2 - 2.6 Variable Sizes and Statistical Data

Ch 2 - 2.6 Variable Sizes and Statistical Data

Ch 2 - 2.5 Combining Vectors and Matrices

Ch 2 - 2.5 Combining Vectors and Matrices

Ch 2 - 2.4 Indexing

Ch 2 - 2.4 Indexing

Ch 2 - 2.3 - Calculations using Vectors and Matrices

Ch 2 - 2.3 - Calculations using Vectors and Matrices

Ch 2 - 2.2 Matrices

Ch 2 - 2.2 Matrices

Ch 2 - 2.1 Vectors

Ch 2 - 2.1 Vectors

Tutorial 3 Solution Video

Tutorial 3 Solution Video

Ch 1 - 1.5 - Variables

Ch 1 - 1.5 - Variables

Ch 1 - 1.3-1.4 - MATLAB setup and Elementary Functions

Ch 1 - 1.3-1.4 - MATLAB setup and Elementary Functions

Ch 1 - 1.1-1.2 - MATLAB in Dynamics Modelling and Simulation

Ch 1 - 1.1-1.2 - MATLAB in Dynamics Modelling and Simulation

Introduction to Dynamics Modelling and Simulation

Introduction to Dynamics Modelling and Simulation

Introduction - BB Site for Dynamics Modelling and Simulation

Introduction - BB Site for Dynamics Modelling and Simulation

Control Engineering Tutorial 6 Solution

Control Engineering Tutorial 6 Solution

Automotive Engineering at UWE

Automotive Engineering at UWE

Auto Tech ICQ Solutions for L6

Auto Tech ICQ Solutions for L6

Ch 3 - 3.3 Non Periodic

Ch 3 - 3.3 Non Periodic

Ch 3 - 3.2 Approach

Ch 3 - 3.2 Approach

Ch 3 - 3.6 Damped Response

Ch 3 - 3.6 Damped Response

Ch 2 - 2.5.1 Damping Ratio

Ch 2 - 2.5.1 Damping Ratio

Ch 2 - 2.5.2 Damped Natural Frequency

Ch 2 - 2.5.2 Damped Natural Frequency

Ch 2 - 2.5.4 Solutions in Alternative Forms

Ch 2 - 2.5.4 Solutions in Alternative Forms

Ch 2 - 2.6 General Solutions

Ch 2 - 2.6 General Solutions

Ch 2 - 2.4.1 Free Damped Oscillation

Ch 2 - 2.4.1 Free Damped Oscillation

Ch 2 - 2.3 Complex Notation

Ch 2 - 2.3 Complex Notation

Ch 2 - 2.4.3 Forced Damped Oscillation

Ch 2 - 2.4.3 Forced Damped Oscillation

Ch 2 - 2.2.2 Forced Undamped Oscillation

Ch 2 - 2.2.2 Forced Undamped Oscillation

Ch 2 - 2.2.1 Free Undamped Oscillation

Ch 2 - 2.2.1 Free Undamped Oscillation

Vibrational Dynamics

Vibrational Dynamics

Ch 3 - 3.6 Damped Response

Ch 3 - 3.6 Damped Response

Ch 3 - 3.4 Combined Response

Ch 3 - 3.4 Combined Response

Ch 3 - 3.5 Non Zero Initial Conditions

Ch 3 - 3.5 Non Zero Initial Conditions

Ch 2 - 2.6 General Solutions

Ch 2 - 2.6 General Solutions

Ch 7 - 7.3 Energy and Lagrange's Equation

Ch 7 - 7.3 Energy and Lagrange's Equation

Ch 8 - 8.3.2 Mean and Standard Deviation

Ch 8 - 8.3.2 Mean and Standard Deviation

Ch 2 - 2.4 Damping

Ch 2 - 2.4 Damping

Ch 6 - 6.3.1 Determining Uncoupled Equations

Ch 6 - 6.3.1 Determining Uncoupled Equations

Ch 6 - 6 4 Process and Example 4-8 (slides)

Ch 6 - 6 4 Process and Example 4-8 (slides)

Ch 3 - 3.2 Approach

Ch 3 - 3.2 Approach

Ch 5 - 5.2.4 General Solution

Ch 5 - 5.2.4 General Solution

Ch 5 - 5.2.2 Natural Frequencies

Ch 5 - 5.2.2 Natural Frequencies

Ch 2 - 2.7 Initial Conditions

Ch 2 - 2.7 Initial Conditions

Ch 5 - 5.3 3DOF Systems

Ch 5 - 5.3 3DOF Systems

Ch 4 - 4.3.3 Beating

Ch 4 - 4.3.3 Beating

Ch 8 - 8.4.3 Example: SDOF

Ch 8 - 8.4.3 Example: SDOF

Ch 6 - 6.4 Process and Example 1-3

Ch 6 - 6.4 Process and Example 1-3

Ch 7 - 7.4.2 Worked Example 4

Ch 7 - 7.4.2 Worked Example 4

Ch 4 - 4.4 Fourier Series

Ch 4 - 4.4 Fourier Series

Flipped Classroom Video 2

Flipped Classroom Video 2

Ch 8 - 8.3.1 Probability

Ch 8 - 8.3.1 Probability

Ch 4 - 4.5 Fourier Transforms

Ch 4 - 4.5 Fourier Transforms

Ch 7 - 7.1 Introduction

Ch 7 - 7.1 Introduction

Ch 4 - 4.3.1 Sinusidal Excitation

Ch 4 - 4.3.1 Sinusidal Excitation

Ch 5 - 5.2.1 Equations of Motion

Ch 5 - 5.2.1 Equations of Motion

Ch 7 - 7.3.5 Worked Example 2

Ch 7 - 7.3.5 Worked Example 2

Ch 8 - 8.3.3 Example: Probabilistic Characteristics

Ch 8 - 8.3.3 Example: Probabilistic Characteristics

Ch 8 - 8.3.4 Gaussian Processes

Ch 8 - 8.3.4 Gaussian Processes

Ch 6 - 6.3.2 Solving Modal Equations

Ch 6 - 6.3.2 Solving Modal Equations

Ch 8 - 8.1 Introduction

Ch 8 - 8.1 Introduction

Ch 2 - 2.5.4 Solutions in Alternative Forms

Ch 2 - 2.5.4 Solutions in Alternative Forms

Ch 5 - 5.2.3 Mode Shapes

Ch 5 - 5.2.3 Mode Shapes

Ch 8 - 8.4 Power Spectral Density and Complex Frequency Response

Ch 8 - 8.4 Power Spectral Density and Complex Frequency Response

Flipped Classroom Video 1

Flipped Classroom Video 1

Ch 6 - 6.3.3 Determining the Modal Matrix

Ch 6 - 6.3.3 Determining the Modal Matrix

Ch 3 - 3.3 Non Periodic

Ch 3 - 3.3 Non Periodic

Ch 5 - 5.2.6 Semi Definite Systems

Ch 5 - 5.2.6 Semi Definite Systems

Ch 6 - 6.4 Process and Example 4-8 (board)

Ch 6 - 6.4 Process and Example 4-8 (board)

Ch 8 - 8.4.4 Example: Road Surface

Ch 8 - 8.4.4 Example: Road Surface

Ch 8 - 8.4.5 Fractal Plots and Surfaces

Ch 8 - 8.4.5 Fractal Plots and Surfaces

Ch 6 - 6.3 Modal Analysis Theory

Ch 6 - 6.3 Modal Analysis Theory

Ch 5 - 5.2.7 Initial Conditions

Ch 5 - 5.2.7 Initial Conditions

Ch 5 - 5.2.5 Example

Ch 5 - 5.2.5 Example

Ch 6 - 6.5 Forced Response of a damped system

Ch 6 - 6.5 Forced Response of a damped system

Ch 2 - 2.5.2 Damped Natural Frequency

Ch 2 - 2.5.2 Damped Natural Frequency

Ch 2 - 2.5.1 Damping Ratio

Ch 2 - 2.5.1 Damping Ratio

Ch 2 - 2.4.3 Forced Damped Oscillation

Ch 2 - 2.4.3 Forced Damped Oscillation

Auto Tech Lecture 2.3 - Powertrain and Tractive Force

Auto Tech Lecture 2.3 - Powertrain and Tractive Force

AutoTech Lecture 2.2 - Dynamics Loads

AutoTech Lecture 2.2 - Dynamics Loads

AutoTech Lecture 2.1 - Static Loads

AutoTech Lecture 2.1 - Static Loads

AutoTech Lecture 5 - High Speed Cornering

AutoTech Lecture 5 - High Speed Cornering

AutoTech Lecture 4.2 - Offtracking

AutoTech Lecture 4.2 - Offtracking

Auto Tech Lecture 4.1 - Low Speed Cornering

Auto Tech Lecture 4.1 - Low Speed Cornering

Auto Tech Lecture 3.2 - Tyres

Auto Tech Lecture 3.2 - Tyres

Auto Tech Lecture 3.1 - Drive Line

Auto Tech Lecture 3.1 - Drive Line

Auto Tech ICQ3 Solution for L5

Auto Tech ICQ3 Solution for L5

Auto Tech ICQ2 Solution for L5

Auto Tech ICQ2 Solution for L5

Auto Tech ICQ1 Solution for L5

Auto Tech ICQ1 Solution for L5

Auto Tech ICQ Solutions for L4

Auto Tech ICQ Solutions for L4

Control Engineering Ch 2 In Class Questions and Example solutions

Control Engineering Ch 2 In Class Questions and Example solutions

Auto Tech ICQ Solutions for L2

Auto Tech ICQ Solutions for L2

Ch 2 - 2.7 Initial Conditions

Ch 2 - 2.7 Initial Conditions

1 Million Views!

1 Million Views!

Dynamics and Control 12-2 Sample Exercise Q21

Dynamics and Control 12-2 Sample Exercise Q21

Dynamics and Control 12-1 Solution to 2014 Exam Q1

Dynamics and Control 12-1 Solution to 2014 Exam Q1

Dynamics and Control 11-3 Sample Exercise Q23

Dynamics and Control 11-3 Sample Exercise Q23

Dynamics and Control 11-2 Sample Exercise Q14

Dynamics and Control 11-2 Sample Exercise Q14

Dynamics and Control 11-1 Revision Chapters 5-8

Dynamics and Control 11-1 Revision Chapters 5-8

Dynamics and Control 10-2 Sample Exercise Q6

Dynamics and Control 10-2 Sample Exercise Q6

Dynamics and Control 10-1 Revision for Chapters 2-4

Dynamics and Control 10-1 Revision for Chapters 2-4

Dynamics and Control 9-5 Random Process Example

Dynamics and Control 9-5 Random Process Example

Dynamics and Control 9-2 Random Processes

Dynamics and Control 9-2 Random Processes

Dynamics and Control 9-1 Probability and Statistics

Dynamics and Control 9-1 Probability and Statistics

Dynamics and Control 9-4 Statistics Example

Dynamics and Control 9-4 Statistics Example

Dynamics and Control 9-3 Fractals

Dynamics and Control 9-3 Fractals

Dynamics and Control 8-5 Lagrange - Ch 7 Ex 2

Dynamics and Control 8-5 Lagrange - Ch 7 Ex 2

Dynamics and Control 8-4 Lagrange - Non-linear Example

Dynamics and Control 8-4 Lagrange - Non-linear Example

Dynamics and Control 8-2 Lagrange - Linear Example

Dynamics and Control 8-2 Lagrange - Linear Example

Dynamics and Control 8-1 Energy and Lagrange's Equation

Dynamics and Control 8-1 Energy and Lagrange's Equation

Dynamics and Control 8-3 Lagrange - Pendulum Example

Dynamics and Control 8-3 Lagrange - Pendulum Example

Dynamics and Control 7-2 Modal Analysis 2DOF Example

Dynamics and Control 7-2 Modal Analysis 2DOF Example

Dynamics and Control 7-1 Modal Analysis Context

Dynamics and Control 7-1 Modal Analysis Context

Dynamics and Control 6-3 Modal Analysis Worked Example 2

Dynamics and Control 6-3 Modal Analysis Worked Example 2

Dynamics and Control 6-1 MDOF: Modal Analysis Theory

Dynamics and Control 6-1 MDOF: Modal Analysis Theory

Dynamics and Control 6-2 Modal Analysis Worked Example 1

Dynamics and Control 6-2 Modal Analysis Worked Example 1

Dynamics and Control 5-1 Multiple Degrees of Freedom Basics

Dynamics and Control 5-1 Multiple Degrees of Freedom Basics

Dynamics and Control 5-2 Two degree of freedom example

Dynamics and Control 5-2 Two degree of freedom example

Dynamics and Control 4-3 Fourier Transforms

Dynamics and Control 4-3 Fourier Transforms

Dynamics and Control 4-2 Fourier Series Example

Dynamics and Control 4-2 Fourier Series Example

Dynamics and Control 4-1 Fourier Series

Dynamics and Control 4-1 Fourier Series

Dynamics and Control 3-3 Damped Reponse and Beating

Dynamics and Control 3-3 Damped Reponse and Beating

Dynamics and Control 3-2 SDOF Response: Example 1

Dynamics and Control 3-2 SDOF Response: Example 1

Dynamics and Control 3-4 SDOF Response Example 2

Dynamics and Control 3-4 SDOF Response Example 2

Dynamics and Control 3-1 SDOF Response to Forcing Funtions: Theory

Dynamics and Control 3-1 SDOF Response to Forcing Funtions: Theory

Dyanmics and Control 2-4 Ch 2 Exercise 10

Dyanmics and Control 2-4 Ch 2 Exercise 10

Dynamics and Control 2-3 Ch 2 Exercise 5

Dynamics and Control 2-3 Ch 2 Exercise 5

Dynamics and Control 2-2 Solutions in Alternative Forms

Dynamics and Control 2-2 Solutions in Alternative Forms

Dynamics and Control 2-1 Damping, Amplitude and Frequency Ratios

Dynamics and Control 2-1 Damping, Amplitude and Frequency Ratios

Dynamics and Control 1-3 Damped Oscillation

Dynamics and Control 1-3 Damped Oscillation

Dynamics and Control 1-1 Undamped Oscillation

Dynamics and Control 1-1 Undamped Oscillation

Dynamics and Control 1-2 Complex Notation

Dynamics and Control 1-2 Complex Notation

Dynamics, Noise & Vibration - Non-linear system Example (Part B)

Dynamics, Noise & Vibration - Non-linear system Example (Part B)

Dynamics, Noise & Vibration - SDOF Cosine Forcing Function Example

Dynamics, Noise & Vibration - SDOF Cosine Forcing Function Example

Dynamics, Noise & Vibration - 2 DOF Modal Analysis Example

Dynamics, Noise & Vibration - 2 DOF Modal Analysis Example

Dynamics, Noise & Vibration - Damped Modal Analysis Example

Dynamics, Noise & Vibration - Damped Modal Analysis Example

Dynamics, Noise & Vibration - Non-linear system Example (Part A)

Dynamics, Noise & Vibration - Non-linear system Example (Part A)

Dynamics. Noise & Vibration - Revision Lecture 2

Dynamics. Noise & Vibration - Revision Lecture 2

Dynamics, Noise & Vibration - Revision Lecture 1

Dynamics, Noise & Vibration - Revision Lecture 1

Dynamics, Noise & Vibration - 3 DOF System (2013 Exam Q1)

Dynamics, Noise & Vibration - 3 DOF System (2013 Exam Q1)

Dynamics, Noise & Vibration - Ch. 10 - Power Spectral Density

Dynamics, Noise & Vibration - Ch. 10 - Power Spectral Density

Dynamics, Noise & Vibration - Ch. 10 - Power Spectral Density Example

Dynamics, Noise & Vibration - Ch. 10 - Power Spectral Density Example

Dynamics, Noise & Vibration - Ch. 10 - Random Vibration

Dynamics, Noise & Vibration - Ch. 10 - Random Vibration

Dynamics, Noise & Vibration - Ch. 9 - Digitisation

Dynamics, Noise & Vibration - Ch. 9 - Digitisation

Dynamics, Noise & Vibration - Ch. 9 - Digitisation Examples

Dynamics, Noise & Vibration - Ch. 9 - Digitisation Examples

Dynamics, Noise & Vibration - Ch. 8 - Convolution Integral

Dynamics, Noise & Vibration - Ch. 8 - Convolution Integral

Dynamics, Noise & Vibration - Ch. 8 - Delta Function & Convolution Examples

Dynamics, Noise & Vibration - Ch. 8 - Delta Function & Convolution Examples

Dynamics, Noise & Vibration - Ch. 8 - Fourier Transforms Examples

Dynamics, Noise & Vibration - Ch. 8 - Fourier Transforms Examples

Dynamics, Noise & Vibration - Ch. 8 - Delta Function & Convolution

Dynamics, Noise & Vibration - Ch. 8 - Delta Function & Convolution

Dynamics, Noise & Vibration - Ch. 8 - Fourier Transforms Derivation

Dynamics, Noise & Vibration - Ch. 8 - Fourier Transforms Derivation

Dynamics, Noise & Vibration - Ch. 8 - Fourier Transforms Properties

Dynamics, Noise & Vibration - Ch. 8 - Fourier Transforms Properties

Dynamics, Noise & Vibration - Ch. 8 - Fourier Transforms Introduction

Dynamics, Noise & Vibration - Ch. 8 - Fourier Transforms Introduction

Dynamics, Noise & Vibration - Ch. 5 and Ch. 6 Review Question

Dynamics, Noise & Vibration - Ch. 5 and Ch. 6 Review Question

Dynamics, Noise& Vibration - Ch. 7 - Double Pendulum Example

Dynamics, Noise& Vibration - Ch. 7 - Double Pendulum Example

Dynamics, Noise & Vibration - Ch. 7 - Non-linear systems and Lagrange's Equation

Dynamics, Noise & Vibration - Ch. 7 - Non-linear systems and Lagrange's Equation

Dynamics, Noise & Vibration - Ch. 7 - Pendulum Example

Dynamics, Noise & Vibration - Ch. 7 - Pendulum Example

Dynamics, Noise & Vibration - Ch. 6 - Exercise 1

Dynamics, Noise & Vibration - Ch. 6 - Exercise 1