Odd Semester 2015
15 Batch 1st Semester
M.
Subject: Scientific Computing
From 24/03/2015 to 12/07/2015
- Lecture # 26 (Richardson's Extrapolation, Romberg Integration and Related Problems) 26/08/2015
- Lecture # 25 (Discussion upon Numerical Methods to solve ODEs) 24/08/2015
- Lecture # 24 (Error Analysis in Trapezoidal and Simpsons' Rules, Trapezoidal Rule for Unequal Spacing and Quadrature for Multiple Integrals) 19/08/2015
- Lecture # 23 (Numerical Techniques for ODEs) 17/08/2015
- Lecture # 22 (Numerical Integration Techniques: Trapezoidal, Simpsons', Boole's, and Weddle's Rule) 12/08/2015
- Lecture # 21 (Discussion upon Numerical Differentiation Techniques) 10/08/2015
- Lecture # 20 (Comparison of Numerical Differentiation Techniques) 05/08/2015
- Lecture # 19 (Numerical Differentiation Revisited) 03/08/2015
- Lecture # 18 (Numerical Integration)
- Lecture # 17 (Students were absent)
- Lecture # 16 (Numerical Differentiation)
- Lecture # 15 (Newton's Divided Difference and Lagrange)
- Time Table for Mid-Semester
- Past Papers (Mid & Final)
- Lecture # 14 (Introduction to Interpolation and Extrapolation, Newton's Interpolation Techniques) 06/05/2015
- Lecture # 13 (Power's Iteration Method)
- Lecture # 12 (Successive Over Relaxation Method and Applied Problems)
- Lecture # 11 (Iterative Methods for Linear Systems)
- Lecture # 10 (Direct Methods for Linear Systems)
- Lecture # 09 (Discussion on previous topics was carried out due to fluctuation of power)
- Lecture # 08 (Nonlinear System of Equations)
- Lecture # 07 (Linear Algebraic Systems and their Condition)
- Lecture # 06 (NR and Generalized NR Methods and their Convergence, Aitken's Extrapolation Method)
- Lecture # 05 (Regula Falsi Method, Fixed Point Iteration and its Convergence)
- Lecture # 04 (Bisection Method and its Convergence)
- Important Note regarding Research
- Introduction to Basics of MATLAB
- Lecture # 03 (Incremental Search Method, Graphical Method and Bisection Method)
- Lecture # 02 (Error Analysis)
- Something worth to be studied
- Lecture # 01 (Introduction and Errors)
- Syllabus for the Subject
Odd Semester 2015
15 Batch 1st Semester
M.E. in
Subject: Computer Applications in Structural Engineering
From 24/03/2015 to 12/07/2015
- Lecture # 17 (02/06/2015) All absent
- Lecture # 16 (27/05/2015) All absent
- Lecture # 15 (Euler's, Improved Euler's and RK4 Method with Applications)
- Lecture # 14 (Numerical Methods for ODEs) 12/05/2015
- Lecture # 13 (Power's Iteration Method)
- Lecture # 12 (Lagrange's Interpolation Technique) 05/05/2015
- Lecture # 11 (Iterative Methods)
- Lecture # 10 (Interpolation, Extrapolation and Linear Splines) 28/04/2015
- Lecture # 09 (Students were not found in the class)
- Lecture # 08 (System of Nonlinear Equations)
- Lecture # 07 (Newton Raphson Method and Applied Problems)
- Lecture # 06 (Bisection Method and Applied Problems)
- Lecture # 05 (Introduction to Root Location Methods and Bisection Method)
- Lecture # 04 (Root Location Methods)
- Lecture # 03 (Introduction to MATLAB)
- Lecture # 02 (Error Analysis)
- Introduction to the Subject and its Importance
- Teaching Plan
Odd Semester 2015
15 Batch 1st Semester
M.E. in
Subject: Computer Applications in Civil Engineering
From 24/03/2015 to 12/07/2015
- Lecture # 14 (02/06/2015) All absent
- Lecture # 13 (27/05/2015) All absent
- Lecture # 12 (Euler's, Improved Euler's and RK4 Methods with Applications)
- Lecture # 11 (Numerical Methods for ODEs) 12/05/2015
- Lecture # 10 (Power's Iteration Method)
- Lecture # 09 (Lagrange's Interpolation Technique) 05/05/2015
- Lecture # 08 (Iterative Methods)
- Lecture # 07 (Interpolation, Extrapolation and Linear Splines) 29/04/2015
- Lecture # 06 (Students were not found in the class)
- Lecture # 05 (System of Nonlinear Equations)
- Lecture # 04 (Newton Raphson Method and Applied Problems)
- Lecture # 03 (Bisection Method
ans - Lecture # 02 (Introduction to MATLAB)
- Lecture # 01 (Introduction to the Subject and Errors)
- Teaching Plan
