System Dynamics - Second order system - spring mass damper - experiments

preview_player
Показать описание
Using experiments in SolidWorks Motion, a bode plot and plain theory to analyse second order dynamic systems with a natural frequency.

The corresponding SolidWorks-file with predefined motionstudies (SolidWorks Premium is required) can be downloaded at:

  1. Jos van Kreij
  2. systemdynamics
  3. spring mass damper
  4. spring
  5. mass
  6. damper
Рекомендации по теме
Intro to Control 0:09:58

Intro to Control - 9.3 Second Order System: Damping & Natural Frequency

System Dynamics and 1:09:42

System Dynamics and Control: Module 11 - Stability and Second-Order Systems

Dynamic Characteristics of 0:16:18

Dynamic Characteristics of Second Order Systems

Intro to Control 0:06:58

Intro to Control - 9.2 Second-Order System Time Response

Second Order Dynamics 0:17:22

Second Order Dynamics in Process Control

System Dynamics - 0:11:34

System Dynamics - Second order system - spring mass damper - experiments

System Analysis of 0:14:50

System Analysis of Second Order Systems| System Dynamics and Control | Dr. Priam Pillai

System Dynamics, Second 0:30:52

System Dynamics, Second Order Systems Part 1

What's new in 0:47:18

What's new in Dynamics 365 Commerce Oct 2024 | TechTalk

Second Order Systems 0:22:45

Second Order Systems |Process Dynamics & Control|

How to solve 0:00:46

How to solve differential equations

Dynamic Response of 0:28:15

Dynamic Response of Second Order System

Second Order Dynamics 0:04:05

Second Order Dynamics Example

DPP 5.2 Dynamic 0:40:30

DPP 5.2 Dynamic behavior of Second Order system

Second Order Systems 0:21:05

Second Order Systems - Control Systems 2.3

Second Order Systems 0:27:13

Second Order Systems in Process Control

second order dynamics 1:12:43

second order dynamics 1

System Dynamics, Second 0:23:28

System Dynamics, Second Order Systems Part 2

Second Order Systems 0:16:50

Second Order Systems

System Dynamics - 0:08:43

System Dynamics - Zeroth order system

Week 5: Lecture 0:19:03

Week 5: Lecture 16.1: Second Order Systems: Romeo and Juliet Model

Order of Instruments 0:15:37

Order of Instruments | Zero Order | First Order | Second Order | Fundamentals of Instrumentation

Dynamic Characteristics | 0:09:11

Dynamic Characteristics | First And Second Order Systems | Electrical And Electronics Measurement

Second Order Control 0:12:49

Second Order Control System

Комментарии
Автор

Thank you Jos Van for sharing this experiments. I'm a teacher of control theory and I'm going to share your video with my students

eduardonunez
Автор

Hello, sir, can you make the solidworks model of this spring mass damper system on your youtube channel.


Use 𝑚 = 1 kg, 𝑘 = 40 N/m. Set the initial value for 𝑦, 𝑦0 = 0.1 m. Evaluate 𝑏 for the critically damped system. For the working model version, make the spring at least 0.2 m long and ensure the mass is clamped securely to it in the model.

Damping ratio of b (kg/s) = 0, 2, 4, 6, 8, 10, 12

solarzola