ENGINEERING FACULTY / MECHATRONICS ENGINEERING / MEK4005 - MECHANICAL DESIGN AND ANALYSIS

Contents Of The Courses in a weekly Period

Week 
Subjects 
Sources 
1General information about design and analysis[1, s. 1-10],[2, s. 3-12],[3, s. 9-14]
2Introduction to mechanical analysis, Modal analysis[3, s. 11-69][4, s. 13-83],[5, s. 15-100]
3Structural analysis[1, s. 70-83][7, s. 84-100],[8, s. 101-120]
4Nonlinear Structural analysis[1, s. 84-104][2, s. 101-125],[3, s. 121-150]
5Dynamic analysis (Transient)[1, s. 105-136][2, s. 126-163],[3, s. 151-196]
6Forced vibration analysis (harmonic response, response spectrum, random vibration)[1, s. 137-184][2, s. 164-221],[3, s. 197-265]
7Optimization[1, s. 185-200][2, s. 222-240],[3, s. 266-288]
8Fatigue Analysis[1, s. 201-219][2, s. 241-263],[3, s. 289-316]
9Project preparation[1, s. 220-242][2, s. 264-290],[3, s. 317-348]
10Criteria for sustainable design[1, s. 220-242][2, s. 264-290],[3, s. 317-348]
11The endurance account for sustainable design[1, s. 220-242][2, s. 264-290],[3, s. 317-348]
12Energy in sustainable buildings[1, s. 220-242][2, s. 264-290],[3, s. 317-348]
13Structural analysis in sustainable structures[1, s. 220-242][2, s. 264-290],[3, s. 317-348]