ARTS-Lab at the University of South Carolina
ARTS-Lab at the University of South Carolina
  • Видео 68
  • Просмотров 4 025
Vibration Lectures - Section 2.1 - Part 2 - Solving Equation of Motion
Vibration Lectures - Section 2.1 - Part 2 - Solving Equation of Motion - from the text "Vibration Mechanics: A Practical Introduction for Mechanical, Civil, and Aerospace Engineers". A lecture delivered by Austin Downey.
The text is a free book released under a Creative Commons license. The most recent PDF version of the text can be found here: zenodo.org/records/12539014
The lecture in this video was recorded at the University of South Carolina in 2021.
This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License[ccby-sa 4.0]. More information on the Attribution-ShareAlike 4.0 International (CC BY-SA 4.0) license can be found at creativecommons.org/licens...
Просмотров: 10

Видео

Vibration Lectures - Section 2.1 - Part 1 - Mathematical Modeling of Free Vibration22:59Vibration Lectures - Section 2.1 - Part 1 - Mathematical Modeling of Free Vibration
Vibration Lectures - Section 2.1 - Part 1 - Mathematical Modeling of Free Vibration
Просмотров 14День назад
Vibration Lectures - Section 2.1 - Part 1 - Mathematical Modeling of Free Vibration - from the text "Vibration Mechanics: A Practical Introduction for Mechanical, Civil, and Aerospace Engineers". A lecture delivered by Austin Downey. The text is a free book released under a Creative Commons license. The most recent PDF version of the text can be found here: zenodo.org/records/12539014 The lectu...
Vibration Lectures - Example 2.1 - Vehicle Suspension Modeling9:21Vibration Lectures - Example 2.1 - Vehicle Suspension Modeling
Vibration Lectures - Example 2.1 - Vehicle Suspension Modeling
Просмотров 9День назад
Vibration Lectures - Example 2.1 - Vehicle Suspension Modeling - from the text "Vibration Mechanics: A Practical Introduction for Mechanical, Civil, and Aerospace Engineers". A lecture delivered by Austin Downey. The text is a free book released under a Creative Commons license. The most recent PDF version of the text can be found here: zenodo.org/records/12539014 The lecture in this video was ...
Vibration Lecture - Example 1.3 - Deriving Equation of Motion6:25Vibration Lecture - Example 1.3 - Deriving Equation of Motion
Vibration Lecture - Example 1.3 - Deriving Equation of Motion
Просмотров 15День назад
Vibration Lecture - Example 1.3 - Deriving Equation of Motion - from the text "Vibration Mechanics: A Practical Introduction for Mechanical, Civil, and Aerospace Engineers". A lecture delivered by Austin Downey. The text is a free book released under a Creative Commons license. The most recent PDF version of the text can be found here: zenodo.org/records/12539014 The lecture in this video was r...
Vibration Lecture - Section 1.3 - Equation of Motion for an Oscillating System13:27Vibration Lecture - Section 1.3 - Equation of Motion for an Oscillating System
Vibration Lecture - Section 1.3 - Equation of Motion for an Oscillating System
Просмотров 44День назад
Vibration Lecture - Section 1.3 - Equation of Motion for an Oscillating System - from the text "Vibration Mechanics: A Practical Introduction for Mechanical, Civil, and Aerospace Engineers". A lecture delivered by Austin Downey. The text is a free book released under a Creative Commons license. The most recent PDF version of the text can be found here: zenodo.org/records/12539014 The lecture in...
Vibration Lecture - Example 1.2 - Springs in Parallel and Series Configurations8:08Vibration Lecture - Example 1.2 - Springs in Parallel and Series Configurations
Vibration Lecture - Example 1.2 - Springs in Parallel and Series Configurations
Просмотров 21День назад
Vibration Lecture - Example 1.2 - Springs in Parallel and Series Configurations - from the text "Vibration Mechanics: A Practical Introduction for Mechanical, Civil, and Aerospace Engineers". A lecture delivered by Austin Downey. The text is a free book released under a Creative Commons license. The most recent PDF version of the text can be found here: zenodo.org/records/12539014 The lecture i...
Vibration Lecture - Vibration Case Study 1.2 - Adjustable Vehicle Suspension6:38Vibration Lecture - Vibration Case Study 1.2 - Adjustable Vehicle Suspension
Vibration Lecture - Vibration Case Study 1.2 - Adjustable Vehicle Suspension
Просмотров 44День назад
Vibration Lecture - Vibration Case Study 1.2 - Adjustable Vehicle Suspension - from the text "Vibration Mechanics: A Practical Introduction for Mechanical, Civil, and Aerospace Engineers". A lecture delivered by Austin Downey. The text is a free book released under a Creative Commons license. The most recent PDF version of the text can be found here: zenodo.org/records/12539014 The lecture in t...
Vibration Lecture - Section 1.1 - Introduction and Single Degree-of-Freedom Systems22:00Vibration Lecture - Section 1.1 - Introduction and Single Degree-of-Freedom Systems
Vibration Lecture - Section 1.1 - Introduction and Single Degree-of-Freedom Systems
Просмотров 12День назад
Vibration Lecture - Section 1.1 - Introduction and Single Degree-of-Freedom Systems - from the text "Vibration Mechanics: A Practical Introduction for Mechanical, Civil, and Aerospace Engineers". A lecture delivered by Austin Downey. The text is a free book released under a Creative Commons license. The most recent PDF version of the text can be found here: zenodo.org/records/12539014 The lectu...
Vibration Lecture - Vibration Case Study 1.1 - TSR-2 and the Resonance of the Human Eye2:19Vibration Lecture - Vibration Case Study 1.1 - TSR-2 and the Resonance of the Human Eye
Vibration Lecture - Vibration Case Study 1.1 - TSR-2 and the Resonance of the Human Eye
Просмотров 28День назад
Vibration Lecture - Vibration Case Study 1.1 - TSR-2 and the Resonance of the Human Eye - from the text "Vibration Mechanics: A Practical Introduction for Mechanical, Civil, and Aerospace Engineers". A lecture delivered by Austin Downey. The text is a free book released under a Creative Commons license. The most recent PDF version of the text can be found here: zenodo.org/records/12539014 The l...
Python for Engineering Problem Solving - Part 2 - Introduction to Data Types in Python3:18Python for Engineering Problem Solving - Part 2 - Introduction to Data Types in Python
Python for Engineering Problem Solving - Part 2 - Introduction to Data Types in Python
Просмотров 193 месяца назад
Part 2 of Introduction to Python for Engineering Problem Solving. A lecture delivered by Austin Downey. A simple introduction to Python for engineering students; introduces the use of Anaconda for problem-solving in engineering. This provides a compare-and-contrast to Matlab. This course is centered around a vibrating beam example designed to quickly get students plotting and analyzing data usi...
Python for Engineering Problem Solving - Part 2 - Example - Programming in Base Python22:29Python for Engineering Problem Solving - Part 2 - Example - Programming in Base Python
Python for Engineering Problem Solving - Part 2 - Example - Programming in Base Python
Просмотров 183 месяца назад
Example for Part 2 of Introduction to Python for Engineering Problem Solving. A lecture delivered by Austin Downey. A simple introduction to Python for engineering students; introduces the use of Anaconda for problem-solving in engineering. This provides a compare-and-contrast to Matlab. This course is centered around a vibrating beam example designed to quickly get students plotting and analyz...
Python for Engineering Problem Solving - Part 3 - Example 3 - Data Processing and FFT/Spectrogram23:49Python for Engineering Problem Solving - Part 3 - Example 3 - Data Processing and FFT/Spectrogram
Python for Engineering Problem Solving - Part 3 - Example 3 - Data Processing and FFT/Spectrogram
Просмотров 523 месяца назад
Example for Part 3 of Introduction to Python for Engineering Problem Solving. A lecture delivered by Austin Downey. A simple introduction to Python for engineering students; introduces the use of Anaconda for problem-solving in engineering. This provides a compare-and-contrast to Matlab. This course is centered around a vibrating beam example designed to quickly get students plotting and analyz...
Python for Engineering Problem Solving - Part 3 - Core Packages for Engineering Problem-Solving4:29Python for Engineering Problem Solving - Part 3 - Core Packages for Engineering Problem-Solving
Python for Engineering Problem Solving - Part 3 - Core Packages for Engineering Problem-Solving
Просмотров 493 месяца назад
Part 3 of Introduction to Python for Engineering Problem Solving. A lecture delivered by Austin Downey. A simple introduction to Python for engineering students; introduces the use of Anaconda for problem-solving in engineering. This provides a compare-and-contrast to Matlab. This course is centered around a vibrating beam example designed to quickly get students plotting and analyzing data usi...
Python for Engineering Problem Solving - Part 1 - Example - Plotting Beam Vibration Data in Python39:46Python for Engineering Problem Solving - Part 1 - Example - Plotting Beam Vibration Data in Python
Python for Engineering Problem Solving - Part 1 - Example - Plotting Beam Vibration Data in Python
Просмотров 643 месяца назад
Example of Part 1 of Introduction to Python for Engineering Problem Solving. A lecture delivered by Austin Downey. A simple introduction to Python for engineering students; introduces the use of Anaconda for problem-solving in engineering. This provides a compare-and-contrast to Matlab. This course is centered around a vibrating beam example designed to quickly get students plotting and analyzi...
Python for Engineering Problem Solving - Part 1 - Using Python in Contrast to MATLAB in Engineering16:11Python for Engineering Problem Solving - Part 1 - Using Python in Contrast to MATLAB in Engineering
Python for Engineering Problem Solving - Part 1 - Using Python in Contrast to MATLAB in Engineering
Просмотров 2803 месяца назад
Part 1 of Introduction to Python for Engineering Problem Solving. A lecture delivered by Austin Downey. A simple introduction to Python for engineering students; introduces the use of Anaconda for problem-solving in engineering. This provides a compare-and-contrast to Matlab. This course is centered around a vibrating beam example designed to quickly get students plotting and analyzing data usi...
Vibration Lectures - Section 5.2 - Part 2 - Deriving the Solution for Two-Degree-of-Freedom Systems56:50Vibration Lectures - Section 5.2 - Part 2 - Deriving the Solution for Two-Degree-of-Freedom Systems
Vibration Lectures - Section 5.2 - Part 2 - Deriving the Solution for Two-Degree-of-Freedom Systems
Просмотров 214 месяца назад
Vibration Lectures - Section 5.2 - Part 2 - Deriving the Solution for Two-Degree-of-Freedom Systems
Vibration Lectures - Section 5.2 - Part 1 - Modeling Undamped Two-Degree-of-Freedom Systems14:04Vibration Lectures - Section 5.2 - Part 1 - Modeling Undamped Two-Degree-of-Freedom Systems
Vibration Lectures - Section 5.2 - Part 1 - Modeling Undamped Two-Degree-of-Freedom Systems
Просмотров 464 месяца назад
Vibration Lectures - Section 5.2 - Part 1 - Modeling Undamped Two-Degree-of-Freedom Systems
Vibration Lectures - Section 2.2 - Part 2 - General Solution for Vibrating Systems34:49Vibration Lectures - Section 2.2 - Part 2 - General Solution for Vibrating Systems
Vibration Lectures - Section 2.2 - Part 2 - General Solution for Vibrating Systems
Просмотров 774 месяца назад
Vibration Lectures - Section 2.2 - Part 2 - General Solution for Vibrating Systems
Vibration Lectures - Section 2.2 - Part 1 - Complex Plane and Euler’s Formula13:38Vibration Lectures - Section 2.2 - Part 1 - Complex Plane and Euler’s Formula
Vibration Lectures - Section 2.2 - Part 1 - Complex Plane and Euler’s Formula
Просмотров 4924 месяца назад
Vibration Lectures - Section 2.2 - Part 1 - Complex Plane and Euler’s Formula
Vibration Lectures - Section 2.3 - Part 4 - Modeling Overdamped Motion and the Standard Form of EOM38:13Vibration Lectures - Section 2.3 - Part 4 - Modeling Overdamped Motion and the Standard Form of EOM
Vibration Lectures - Section 2.3 - Part 4 - Modeling Overdamped Motion and the Standard Form of EOM
Просмотров 594 месяца назад
Vibration Lectures - Section 2.3 - Part 4 - Modeling Overdamped Motion and the Standard Form of EOM
Vibration Lectures - Section 2.3 - Part 3 - Modeling Underdamped Motion57:45Vibration Lectures - Section 2.3 - Part 3 - Modeling Underdamped Motion
Vibration Lectures - Section 2.3 - Part 3 - Modeling Underdamped Motion
Просмотров 404 месяца назад
Vibration Lectures - Section 2.3 - Part 3 - Modeling Underdamped Motion
Vibration Lectures - Section 2.3 - Part 2 - Modeling Systems with Damping27:38Vibration Lectures - Section 2.3 - Part 2 - Modeling Systems with Damping
Vibration Lectures - Section 2.3 - Part 2 - Modeling Systems with Damping
Просмотров 434 месяца назад
Vibration Lectures - Section 2.3 - Part 2 - Modeling Systems with Damping
Vibration Lectures - Section 2.3 - Part 1 - Damping16:07Vibration Lectures - Section 2.3 - Part 1 - Damping
Vibration Lectures - Section 2.3 - Part 1 - Damping
Просмотров 374 месяца назад
Vibration Lectures - Section 2.3 - Part 1 - Damping
Vibration Lecture - Section 5.7 - Modal Analysis1:17:40Vibration Lecture - Section 5.7 - Modal Analysis
Vibration Lecture - Section 5.7 - Modal Analysis
Просмотров 305 месяцев назад
Vibration Lecture - Section 5.7 - Modal Analysis
Vibration Lecture - Section 5.6 - Multiple Degrees of Freedom43:38Vibration Lecture - Section 5.6 - Multiple Degrees of Freedom
Vibration Lecture - Section 5.6 - Multiple Degrees of Freedom
Просмотров 145 месяцев назад
Vibration Lecture - Section 5.6 - Multiple Degrees of Freedom
Vibration Lecture - Section 6.1 - Vibration Nomograph9:58Vibration Lecture - Section 6.1 - Vibration Nomograph
Vibration Lecture - Section 6.1 - Vibration Nomograph
Просмотров 1145 месяцев назад
Vibration Lecture - Section 6.1 - Vibration Nomograph
Vibration Lecture - Section 5.5 - Transfer-function Method23:46Vibration Lecture - Section 5.5 - Transfer-function Method
Vibration Lecture - Section 5.5 - Transfer-function Method
Просмотров 145 месяцев назад
Vibration Lecture - Section 5.5 - Transfer-function Method
Vibration Lecture - Section 5.4 - Eigenvalue-based Solution for Natural Frequencies and Mode Shapes1:02:05Vibration Lecture - Section 5.4 - Eigenvalue-based Solution for Natural Frequencies and Mode Shapes
Vibration Lecture - Section 5.4 - Eigenvalue-based Solution for Natural Frequencies and Mode Shapes
Просмотров 145 месяцев назад
Vibration Lecture - Section 5.4 - Eigenvalue-based Solution for Natural Frequencies and Mode Shapes
Vibration Lecture - Section 5.3 - Explicit method for Solving 2-DOF Systems8:25Vibration Lecture - Section 5.3 - Explicit method for Solving 2-DOF Systems
Vibration Lecture - Section 5.3 - Explicit method for Solving 2-DOF Systems
Просмотров 155 месяцев назад
Vibration Lecture - Section 5.3 - Explicit method for Solving 2-DOF Systems
Vibration Lecture - Section 5.1 - General Discussion on Mode Shapes14:53Vibration Lecture - Section 5.1 - General Discussion on Mode Shapes
Vibration Lecture - Section 5.1 - General Discussion on Mode Shapes
Просмотров 145 месяцев назад
Vibration Lecture - Section 5.1 - General Discussion on Mode Shapes

Комментарии

  • @munis002
    @munis002 3 месяца назад

    Thanks for the quality content

  • @HenryBriskin
    @HenryBriskin 4 месяца назад

    Was Euler french?