Hi viewers,

We hope you could learn either what you need or new insight. Enjoy the video

GETARAN #6: Normal Mode & Natural Frequency of 2-DOF Dynamical Systems along with State-Space MATLAB
27:36
GETARAN #6: Normal Mode & Natural Frequency of 2-DOF Dynamical Systems along with State-Space MATLAB
Unconstrained Optimization #3C: Descent Search Method - Newton & Quasi-Newton Method (DFP & BFGS)
29:17
Unconstrained Optimization #3C: Descent Search Method - Newton & Quasi-Newton Method (DFP & BFGS)
Unconstrained Optimization #3B: Descent Search Method - Fletcher-Reeves Method
28:10
Unconstrained Optimization #3B: Descent Search Method - Fletcher-Reeves Method
Unconstrained Optimization #3A: Descent Search Method - Steepest Cauchy with Armijo Line Search
36:42
Unconstrained Optimization #3A: Descent Search Method - Steepest Cauchy with Armijo Line Search
Unconstrained Optimization #2B: Direct Search Method - Powell's Algorithm (Math & Code Procedure)
35:23
Unconstrained Optimization #2B: Direct Search Method - Powell's Algorithm (Math & Code Procedure)
Unconstrained Optimization #2A: Direct Search Method - Univariate Algorithm (Math & Code Procedure)
28:39
Unconstrained Optimization #2A: Direct Search Method - Univariate Algorithm (Math & Code Procedure)
Unconstrained Optimization #1: Definition of Existence, Classification and Test Functions
33:08
Unconstrained Optimization #1: Definition of Existence, Classification and Test Functions
GETARAN #5: Superposition (Superposisi Getaran)
40:26
GETARAN #5: Superposition (Superposisi Getaran)
GETARAN #4: Diagram Phasor and Resonance
28:43
GETARAN #4: Diagram Phasor and Resonance
Operator-D #4B: Solving ODE with Operator-D (Complementary & Particular) with Extra Examples
10:20
Operator-D #4B: Solving ODE with Operator-D (Complementary & Particular) with Extra Examples
Operator-D #4A: Solving ODE with Operator-D (Complementary & Particular)
24:36
Operator-D #4A: Solving ODE with Operator-D (Complementary & Particular)
Operator-D #3B: Operator-D for Integration - Three (x) functions typed-Question
10:28
Operator-D #3B: Operator-D for Integration - Three (x) functions typed-Question
Operator-D #3A: Operator-D for Integration - ln(x) typed-Question (from Basic to Advanced)
18:34
Operator-D #3A: Operator-D for Integration - ln(x) typed-Question (from Basic to Advanced)
Operator-D #2: Properties of Operator-D and 1/D
15:27
Operator-D #2: Properties of Operator-D and 1/D
Operator-D #1: Introduction to Operator D and 1/D
18:15
Operator-D #1: Introduction to Operator D and 1/D
GETARAN #3: Methods of Newton, Energy & Lagrange
21:11
GETARAN #3: Methods of Newton, Energy & Lagrange
GETARAN #2: Underdamped, Critically-Damped, & Overdamped. (Mathematical Review and MATLAB)
19:56
GETARAN #2: Underdamped, Critically-Damped, & Overdamped. (Mathematical Review and MATLAB)
GETARAN #1: Description and Mathematical Foundation
17:44
GETARAN #1: Description and Mathematical Foundation
PERSAMAAN DIFERENSIAL #11: Solution ODE by Non-Exact (The Last Series)
13:14
PERSAMAAN DIFERENSIAL #11: Solution ODE by Non-Exact (The Last Series)
PERSAMAAN DIFERENSIAL #10A: Example and Solution of Solving ODE by Exact
9:46
PERSAMAAN DIFERENSIAL #10A: Example and Solution of Solving ODE by Exact
PERSAMAAN DIFERENSIAL #10: Solution ODE by Exact
6:12
PERSAMAAN DIFERENSIAL #10: Solution ODE by Exact
PERSAMAAN DIFERENSIAL #9A: Example and Solution of Bernoulli (Reduced Linear) Equation Method
10:35
PERSAMAAN DIFERENSIAL #9A: Example and Solution of Bernoulli (Reduced Linear) Equation Method
PERSAMAAN DIFERENSIAL #9: Bernoulli (Reduced Linear) Equation Method
10:10
PERSAMAAN DIFERENSIAL #9: Bernoulli (Reduced Linear) Equation Method
Random Variable (Peubah Acak) #2B: Continuous Random Variable (RV)
7:25
Random Variable (Peubah Acak) #2B: Continuous Random Variable (RV)
Random Variable (Peubah Acak) #2: Discrete Random Variable (RV)
13:35
Random Variable (Peubah Acak) #2: Discrete Random Variable (RV)
Random Variable (Peubah Acak) #1: The Concept of Random Variable (RV)
11:27
Random Variable (Peubah Acak) #1: The Concept of Random Variable (RV)
PERSAMAAN DIFERENSIAL #8A: Example and Solution of Linear Equation Method
10:03
PERSAMAAN DIFERENSIAL #8A: Example and Solution of Linear Equation Method
PERSAMAAN DIFERENSIAL #8: Linear Equation Method
8:22
PERSAMAAN DIFERENSIAL #8: Linear Equation Method
PERSAMAAN DIFERENSIAL #7B: Reduced Homogeneous Method (The Different Gradient Algorithm)
12:33
PERSAMAAN DIFERENSIAL #7B: Reduced Homogeneous Method (The Different Gradient Algorithm)
PERSAMAAN DIFERENSIAL #7A: Reduced Homogeneous Method (The Same Gradient Algorithm)
15:00
PERSAMAAN DIFERENSIAL #7A: Reduced Homogeneous Method (The Same Gradient Algorithm)