Courses – Fakultet tehničkih nauka u Novom Sadu

Subject: Selected chapters of deformation measurements and analysis (17.DGI011)

Native organizations units: Chair of Hydrotechnics and Geodesy

Type of studies	Title
Doctoral Academic Studies	Geodesy and Geoinformatics (Godina: 2, Winter)
Doctoral Academic Studies	Geodesy and Geoinformatics (Godina: 2, Winter)

General information:

Category	Scientific-professional
Scientific or art field	Geodezija
Interdisciplinary	No
ECTS	10

Educational goal:

To acquire advanced and expert theoretical and practical knowledge which relates to theories, principles and processes in the field of Geodesy and Deformation Measurement and Analysis, including the critical understanding of theories, key concepts, methods and principles. To acquire advanced knowledge in the field of data collection and processing in Deformation Analysis, Strain Analysis and Robust methods at the top level.

Educational outcome:

It applies advanced and specialized skills and techniques needed to solve key research problems and to expand and redefine existing knowledge or work areas. Interpret results in accordance with international scientific standards. Develops new tools and instruments in the field of Deformation Measusrements and Analysis.

Course content:

• Fundamental measuring procedures in monitoring of movements. • Organization of the programme for deformation reserach. • Project in homogeneous observation system and the selection of measuring points. • Measuring plan and programme. • Optimal measuring accuracy and economy. • Monitoring deviations and deformations using automated measuring systems. • Deformation analysis. • Statistic parameters, tests, classifications – introduction to deformation analysis. • Functional and stochastic standardization models. • Data Snooping method. • Variation homogenity. • Global analysis. • Estimation of Variance Components. • Methods of deformation analysis of multi epoch of measurements. • Hannover model. • Karlshrue model. • A generalized method for the analysis of deformation measurements. • The movements localization. • Interpretation of measuring results. • Movement approximation for individual measuring point in a structure. • Correlation between deviations of individual structure points. • Total structure deformation. • Results of survey. • Congruence models. • Successive Decomposition of the Quadratic Form. • Robust methods in deformation analysis. • Rigid Body Displacement. • Modern methods of determining deformations (Fuzzy logic, Neural networks, Strain analysis). • Systems for continuous monitoring of engineering facilities.

Teaching methods:

Lectures. Seminar papers. Consulations. Study and research.

Literature:

Authors	Title	Year	Publisher	Language
Perović, G.	Least squares	2005	Faculty of Civil Engineering University, Belgrade	English
Perović, G.	Precizna geodetska merenja	2007	autor, Beograd	Serbian language
Caspary, W. F	Concept of network and deformation analiysis	1996	The university of New South Wales, Kensigton, Aus	English