Experimental analysis of structures [grd1еа]

Programme
Civil Engineering
Study type
Doctoral Studies
Teachers
Course status
optional
ECTS
8.5
Required courses
# active classes - per week
Lectures
Exercises
Other
Personal research activity
4
2
0
0
Teaching methods

Teaching consists of auditory lectures, labs and workshops. Independent work of students includes homework and independent project.

Grading scheme - max. 100 points
Colocviums
Semestral work
Oral exam
Written exam
Other
0
50
0
25
25
Aim

The aim of the course is to introduce students to contemporary issues of experimental design analysis and preparation of experiment, data acquisition and analysis of experimental results. Also, study and contemporary issues periodic and long-term monitoring of structures. The course includes both static and dynamic problems of experimental analysis of the elements, as well as specific structures made ​​of different materials.

Outcome

Upon completion of the course students should master modern methods of experimental analysis of structures and elements. In addition, students will acquire the knowledge necessary for the implementation of structural monitoring as an integral part of applied experimental analysis in modern construction.

Contents

Introductory remarks on the experimental analysis of structures. Theoretical basis of experimental analysis. Measurement systems, statistical analysis, the analysis of faults and details of testing of real structures, and structures made from different materials. Planning, design and execution of experiments and tests of structures. Methods of monitoring structures in modern building practice. Data acquisition and basic elements of signal analysis.

Literature

1. Dally J.W., Riley W.F.: Experimental stress analysis. McGrawHillCollege, 1991.

2. Harris G.H., Sabnis G.: Structural Modeling and Experimental Techniques. CRC Press, 1999.

3 Prepared course material.

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