filmov
tv
Differential Eqns. F22-12 -- Spring-mass-damper systems
Показать описание
The one where we learn about setting up spring-mass-damper systems (mx''+cx'+kx=f(t); m is mass, c is damper constant, k is spring constant (Hooke's law), f(t) is external force).
0:00 Introduction to spring-mass-damper
5:53 Example of spring-mass system (underdamped)
17:56 Example of spring-mass system (overdamped)
24:37 Types of damping, and roots
31:58 Example of spring-mass system (critical damping)
39:58 Terminology (not critical)
0:00 Introduction to spring-mass-damper
5:53 Example of spring-mass system (underdamped)
17:56 Example of spring-mass system (overdamped)
24:37 Types of damping, and roots
31:58 Example of spring-mass system (critical damping)
39:58 Terminology (not critical)
0:40:51
Differential Eqns. F22-12 -- Spring-mass-damper systems
0:36:09
(DiffEQ, Fall 23) 12 - Spring-Mass-Damper systems
0:07:59
L2E7 - Control Systems, Lecture 2, exercise 7. Modelling a mass spring damper system.
0:14:59
Example: Solving a 2nd Order Constant Coefficient Homogeneous ODE
0:09:30
Mass Spring Damper System
0:48:29
Differential Eqns. F22-R2 -- Overview of materials for the second part of the course
0:11:58
Eng Phys 2P04 2015 Lecture 11: Damped Mass-Spring Systems and Resonance
0:30:06
COUPLE SPRING MASS || MAT 522
1:02:53
Differential Eqns. F22-29 -- Laplace transforms and the delta function (BONUS)
0:12:46
Linear Models - Damped Systems with External Force (10)
0:44:57
Differential Eqns. F22-06 -- Exact ODEs + Substitution
0:43:04
Lecture 16b - Mass-spring systems: Practice
0:02:59
Critical damping constant and damping ratio
0:45:03
Differential Eqns. F22-11 -- Order reduction + Constant coefficient linear homogeneous ODEs
0:38:36
Differential Eqns. F22-13 -- Method of undetermined coefficients
1:03:02
Differential equations, Exam 3 walkthrough (Spring 2023)
0:53:58
Differential equations; Fall 2021; Lecture 13; Constant coefficients linear homogenous ODE; Euler
0:49:48
Differential equations; Fall 2021; Lecture 18; Variation of parameters practice; systems of ODE
0:51:42
DiffEQ, Exam 1 walkthrough (Fall 2023)
0:58:29
Robotics Lec 16a: Linear Control, State space, Pole Placement, LQR (1 of 2) (Fall 2022)
0:51:07
Electromechanical Energy Conversion- Translational Motion
0:46:07
(DiffEQ, Fall 23) 13 - Method of undetermined coefficients
0:37:10
Numerical Integration. Second Order. Lecture 14A.
2:11:44
Differential equations (Fall 2021) -- Session 07 -- Linear first-order differential equations
Комментарии