Werner Lienhart

Full Professor

Graz University of Technology

Austria

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Werner Lienhart is a Full Professor at Graz University of Technology in Austria. His research areas include water vapor transport in dry soils, structural health monitoring using various sensing technologies, and the application of GNSS for drive-by infrastructure monitoring. Recent publications highlight advancements in fiber-optic sensing technology and the development of intrusion detection software.

Werner Lienhart

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Articles (23)

Water Vapor Transport in Dry Sand During Evaporation Monitored by Quasi‐Distributed Fiber‐Optic Sensing Technology

Destructive Testing of the Pinkabach Railway Bridge – Large scale Testing of Sensor Systems for Fatigue Crack Monitoring and System Identification

Drive-by Structural Monitoring using GNSS measurements at alpine bridges

Large scale monitoring of a highway bridge with remote sensing and distributed fiber optic techniques during load tests

Interactive planning of GNSS monitoring applications with virtual reality

Development and validation of a third party intrusion detection software based on DAS measurement data

Measured displacement data analysis and modelling for structural health monitoring

The water vapor distribution profile in dry soil layer during evaporating with high spatial resolution monitored by distributed fibre-optic sensing technology

Effect of sensors locations and magnitudes of dynamic loads on dynamical properties in structural health monitoring

Drive-by infrastructure monitoring: a workflow for rigorous deformation analysis of mobile laser scanning data

Augmentation approaches for geodetic permanent monitoring systems in dynamic urban environments

The Global DAS Month of February 2023

3D concept creation of permanent geodetic monitoring installations and the a priori assessment of systematic effects using Virtual Reality

A Method for Efficient Quality Control and Enhancement of Mobile Laser Scanning Data

Large-scale distributed fiber optic sensing network for short and long-term integrity monitoring of tunnel linings

Distributed Fiber Optic Shape Sensing of Concrete Structures

Accuracy Investigation of the Pose Determination of a VR System

Advantages of tunnel monitoring using distributed fibre optic sensing

Displacement and frequency response measurements of a ship using GPS and fibre optic-based sensors

Displacement and frequency response measurements of a ship using GPS and fibre optic-based sensors (Sep, 10.1007/s12518-020-00339-y, 2020)

Distributed fiber optic shape sensing along shotcrete tunnel linings: Methodology, field applications, and monitoring results

Processing of mobile laser scanning data for large-scale deformation monitoring of anchored retaining structures along highways

Direct and Distributed Strain Measurements Inside a Shotcrete Lining: Concept and Realisation

Collaborators (5)

Voon Hui Lai

Meghan Miller

Zack Spica

Peter Bauer

Andy Nowacki

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