After successful completion of the course, students are able to assess the characteristics of electrical measuring sensors and to evaluate their applicability for corresponding tasks of engineering geodetic monitoring. They know the most important models of deformation analysis and are able to detect and statistically evaluate rigid body movements and deformations in a geodetic network.

• Electrical measuring sensors
• Fiber optics, Tiltmetre, Pendulum, Surveying gyroscopes,
• Discussion of effects and influences on practical measuring set-ups in the laboratory - strain gauges, accelerometers, extensometers
• Engineering Geodesy in tunnel construction,
• Deformation Analysis: Congruency Model, Affine Transformation, Introduction to Technical Mechanics und Finite Elements Method, Kinematic Kalman-Filter, Dynamic models

Slide script with slides in English language; discussion of the results of sensor investigations and of selected project examples

Discussion of practical situations to which learned lesson tasks needs to be transferred

Ort: Die Anmeldung in TISS ist für den Zugang zu den Unterlagen erforderlich, welche über TUWEL bereitgestellt werden.

Basics of Engineering Geodesy, Adjustment computation