Johann Ohde Prize
The Johann Ohde Prize is awarded at TU Dresden for outstanding diploma theses, dissertations and post-doctoral theses in the field of geotechnics. The prize, donated by Bauer Spezialtiefbau GmbH, is endowed with 1,000 euros.
2025 Dipl.-Ing. Erik Ludwig
Diploma thesis "Anisotropy in clays with alternating layers of sand"
Johann-Ohde-Preis 2025: Von links: Prof. Birgit Beckmann, Dipl.-Ing. Erik Ludwig, Dr.-Ing. Patrik Wenzl.
2024 Dipl.-Ing. Theo Zschernig
Diploma thesis "Investigations into new reference densities in sands"
Johann-Ohde-Preis 2024, v.l.: Dekan Prof. Dr.-Ing. Jürgen Stamm, Dipl.-Ing. Theo Zschernig, Dr.-Ing. Jörg Zimbelmann, BAUER Spezialtiefbau GmbH.
2022 Klara Vetterlein
Project work "Thermal conductivity in moist sands"
Johann-Ohde-Preis 2022: Von links: Dr.-Ing. Markus Uhlig, TU Dresden, Institut für Geotechnik, Klara Vetterlein, Prof. Dr.-Ing. Jürgen Stamm
2019
Nico Wiegel
Diploma thesis "Change of soil properties in binary mixtures
2018
Nico Schmidt
Project work: Determination of heat losses in a test facility for determining the thermal conductivity of soils
2017
Sebastian Diesel
Project work: Determination of the density in sand using pressure soundings
2016
Johannes Welsch
Diploma thesis: Numerical recalculation of a field test to investigate the consolidation behavior of backfilled soils
2015
Martin Schäfer
Determination of the cause of damage to a deformed sheet pile wall(lnvestigation on causes of damage during sheet piling)
2014
Mrs. Arefeh Rostami
Dynamic Load Testing of Piles (Dynamic pile test loads)
2013
Markus Uhlig
Experimental and numerical investigations on pressure sounding in fine-grained soils
2011
Katharina Bergholz
Experimental determination of nonlinear stress boundary conditions
2009
Erik Nacke
Model tests on earth pressure with cyclic wall movements (large-scale proof)
2007
Michael Kupka
Mobilization of the spatial passive earth pressure on pressure shields in fine-grained soils (diploma thesis)
2004
Bert Schädlich
Numerical investigation of earth pressure using an elastoplastic constitutive law with softening (diploma thesis)
2002
Dr.-Ing. Carsten Neuberg
A method for calculating the spatial passive earth pressure in front of parallel displaced beams (dissertation)
2000
Ralph Sieber
Earth resistance mobilization in dry, densely bedded sand as a function of the type of wall movement (diploma thesis)
2000
Uta Markert
Possibilities for predicting settlements during the reconstruction of the Frauenkirche Dresden using modern calculation methods (Diploma thesis)