Process Dynamics and Control

Process Dynamics-Disturbances or Forcing functions

1
PDC Lec. 1.1 Introduction Of Process Dynamics
36:01
2
PDC Lec. 1.2 Disturbance-Step Input
1:07:26
3
PDC Lec. 1.3 Disturbance-Pulse Ramp And Sinusoidal
1:36:43
4
PDC Lec. 2.1 Process Model Introduction
1:07:22
5
PDC Lec. 2.2 First Order Models
59:04
6
PDC Lec. 2.3 First Order Models
1:15:55
7
PDC Lec. 2.4 Linearization Of Non-Linear Models
52:59
8
PDC Lec. 2.5 Modeling Problem of Conical Tank
21:11
9
PDC Lec.3.1 Response of First order system to Step Input
1:13:04
10
PDC Lec. 3.2 Response of First Order System To Ramp , Pulse And Impulse Input
47:01
11
PDC Lec. 3.3 Response of Sinusoidal Input And Bounded Systems
1:19:21
12
PDC Lec. 3.4 Solved Problems
1:20:22
13
PDC Lec. 4.1 Second Order System And Their Types
1:10:26
14
PDC Lec. 4.2 Response Of Overdamped And Critically Damped System
52:46
15
PDC Lec 4.3 Response Of Underdamped System And Its Characteristics
1:42:41
16
PDC Lec. 4.4 Induced Second Order Systems And Their Response
49:13
17
PDC Lec. 4.5 Role Of Numerator Dynamics
45:27
18
PDC Lec. 5.1 Types Of Variables In Process Control
37:41
19
PDC Lec. 5.2 Examples Of Variables In Process Control
44:22
20
PDC Lec. 5.3 Controller And Servo And Regulatory Problems
35:18
21
PDC Lec. 5.4 P Controller
1:12:08
22
PDC Lec. 5.5 Response With P Controller
1:23:28
23
PDC Lec. 5.6 Response With Pi Controller
1:48:04
24
PDC Lec. 5.7 Response With Pid Controller
1:15:09
25
Pdc Lec. 6.1 Block Diagram Reduction And Offset
1:20:35
26
PDC Lec. 6.2 Controllers And Block Diagram Solved Problems
1:15:31
27
PDC Lec. 6.3 Closed Loop Analysis And Solved Problems
2:05:39
28
PDC Lec. 7.1 Stability Definition
2:05:07
29
PDC Lec. 7.2 Routh Stability Criterion
2:05:07
30
PDC Lec. 7.3 Frequency Response Analysis- AR And Phase Angle
1:25:04
31
PDC Lec. 7.4 Frequency Response Analysis- Bode Plots
55:53
32
PDC Lec. 7.5 Frequency Response Analysis- Bode Plots
48:54
33
PDC Lec. 7.6 Frequency Response Analysis- Bode Stability Criterion
52:59
34
PDC Lec. 7.7 Frequency Response Analysis- Gain Margin
1:05:48
35
PDC Lec. 7.8 Frequency Response Analysis- Phase Margin
46:34
36
PDC Lec. 7.9 Controller Tuning
1:03:25
37
PDC Lec. 7.10 Solved Problems
1:11:35
38
PDC Lec. 8.1 Controller Action And Control Valves
1:06:13
39
PDC Lec. 8.2 Valve Characteristics
1:17:53
40
PDC Lec. 8.3 Cascade Control Strategy
1:37:36
41
PDC Lec. 8.4 Feed Forward Control Strategy
59:10

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Enrolled: 13 students
Lectures: 41