Dr. Ahmet Anıl Dindar ([email protected])
2020 Fall
Introduction:
This is a new course in Gebze Technical University- Department of Civil Engineering Graduate Program and has started on 2020 Fall term. The course aims to integrate the structural analysis topics with the computer programs for the graduate level students.
The programs covered in the course are:
- Flowchart Drawing (Draw.io)
- Spreadsheet programs (MS Excel, Google Spreadsheet)
- Numerical programming (PYTHON)
- Mathematical Calculations (SMATH)
- OpenSeesPy
Syllabus
| WEEK | TOPICS | REMARK |
|---|---|---|
| 1 | Defining the solution methods in engineering calculations using matrices and development of algorithms | Gerber beams analysis |
| 2 | Introduction to Programming: PYTHON, Jupyter | Fundamental Calculation Techniques |
| 3 | Development of computer algorithms | Determinate Single Degree of Freedom systems |
| 4 | Development of algorithms for parametric calculations and optimal solution approach | Design of the Determinate Single Degree Freedom Systems under Design Load Combinations |
| 5 | Visualization of the Parametric Analysis Computations | Iterative computation of the constant ductility in nonlinear systems |
| 6 | Displacement and Force Method in Structural Analysis | Calculation of the Force and Displacement Matrices |
| 7 | Construction of the System Stiffness Matrix | Determinate Truss Systems |
| 8 | Midterm | Term Project Starts |
| 9 | Development of solution algorithm using displacement method | Indeterminate beams |
| 10 | Development of solution algorithm using force method | Indeterminate beams |
| 11 | Development of solution algorithm using direct method | Indeterminate beams |
| 12 | Dynamic characteristics of the systems, computations | Single Degree of Freedom systems |
| 13 | Free vibration Analysis and vibration modes | Multi Degree of Freedom Systems |
| 14 | Mod superposition and application in Earthquake Engineering | Multi Degree of Freedom Systems |
The codes will be available in this repository in the upcoming weeks.