Prof. Michael Tritthart

Institute of Hydraulic Engineering and River Research (IWA-BOKU)

Associate Professor

My Profile

About

Michael Tritthartgraduated in civilengineering from the University ofInnsbruck, Austria, in 2000, and obtained adoctorate in technical sciences at ViennaUniversity of Technology in 2005. He thenjoined the University of Natural Resourcesand Life Sciences, Vienna as a seniorscientist, where he obtained a post-doctorallecture qualification for hydroinformatics andriver engineering in 2013. Throughout hiscareer, he has developed various numericalmodels in hydrodynamics, sedimenttransport and ecohydraulics. He was the former Chair of the IAHR Education and Professional Development Committee.

Career Type:

Scientist/Researcher/Academic

Organization Type:

Universities and Academia

Expertise Fields/Interests:

Fluvial hydraulics; river engineering; numerical modelling; hydrodynamics; sediment transport; hydroinformatics

Major Achievements:

Technical Committees

Committee Name
Committee on Fluvial Hydraulics
IAHR/IWA Joint Committee on Hydroinformatics
Committee on Ecohydraulics
Committee on Education and Professional Development

IAHR Position

Committee Name	Position	Start Date	End Date
Committee on Education and Professional Development	Past Chair	2019-09-01	2022-06-27
Committee on Education and Professional Development	Chair	2015-09-10	2019-09-01
IAHR Vienna Young Professionals Network	Student Advisor	2014-10-01	Now

My Papers and Presentations

Title	Year
3D Numerical Modelling of Silting Processes in a Retention Basin	2022
A Model-Based Framework for the Estimation of the Self-Purifying Capacity of Intermittent Streams Under a Changing Climate	2022
Suitability of Artificial Gravel Structures as Hydraulic Measures for Low Flow Regulation in a Navigable River	2022
Variability of Shape and Extent of a Sediment Plume in a Two-Way Coupled LES Model Using an Euler-Lagrange Approach	2022
Major issues in Large River Basin Management	2020
Ecological and Sedimentological Monitoring Concerning the Emptying of a Bedload Retention Dam	2018
Experiments on Turbulence and Near Bank Vorticities in an Open Channel Sharp Bend	2018
Hydrodynamic and morphodynamic sensitivity of a river’s main channel to groyne geometry	2018
Numerical Groyne Layout Optimisation for Restoration Projects in Large Rivers: An Adaptive Approach Towards a Desired Morphodynamic Equilibrium	2018
Spatio-Temporal Interaction of Morphological Variability with Hydrodynamic Parameters in the Scope of Integrative Measures at the River Danube	2016
Numerical Analysis of the Effects of Engineering Measures on the Lower Danube	2015
Innovative Approaches in Sediment Transport Monitoring and Modelling	2013
Devellopment and Testing of a Device for Direct Bed Shear Stress Measurement	2012
Non-uniformity and layering in sediment transport modelling 1: flume simulations	2011
Non-uniformity and layering in sediment transport modelling 2: river application	2011
Variability in Measured and Simulated Bed Load Transport at a Large Gravel Bed River	2011
Development of an Integrated Sediment Transport Model and Its Application to the Danube River	2009
Simulation of Flow Characteristics in Groyne Fields Using a Particle Tracing Approach	2007
Validation of a Three-Dimensional Numerical Model for River Flow Based on Polyhedral Finite Volumes	2005

My Videos

Title	Year
Ecohydraulics Session of 2nd IAHR Young Professionals Congress	2021

IAHR Awards

IAHR Awards	Date