Analysis of Deformation Measurements

The module provides in-depth knowledge in the detection, analysis and determination of deformations (change detection) from engineering measurement processes. Upon successful completion of the module, the students can analyze, evaluate and interpret synthetic and real data in different model approaches.

Module Contents

Deformation monitoring measurement techniques (Levelling instruments, Image-assisted total stations, Terrestrial laser scanner, Laser tracker, Digital camera, Inertial measurement units, Strain gauge, Fiber optic, Hydrostatic water levelling, Extensometer, etc.)
Planning, design, and accuracy requirements
Deformation processes
Point / linear / surface-based deformation monitoring
Descriptive deformation models (congruence models, block movements, strain, kinematic model)
Causal deformation models (static model, dynamic model)
Estimation procedure
Sensitivity analysis
Evaluation and analysis strategies
Practical examples in monitoring of natural phenomena (landslide) and civil structures (bridges, buildings, tunnels, dams, railway tracks, etc.)