Publikationen

Martinez,I., Hinkelmann,R. & Savidis,S. (2012). Numerical Simulation of Infiltration and Land Subsidence in a Two-Layered System with a Fault Zone.

Hinkelmann,R. (2012). Kopplung von Strömungs- und Deformationsprozessen zur Modellierung von Großhangbewegungen, Vortragsreihe der Fakultät für Bauingenieurwissenschaften.

Hinkelmann,R. (2012). Understanding changing climate and environment and finding solutions.

Pham-Van, S., Hinkelmann, R., Nehrig, M. & Martinez, I. (2011). A Comparison of Model Concepts and Experiments for Seepage Processes Through a Dike with a Fault Zone..

Stadler, L., Germer, K. & Hinkelmann, R. (2011). Developing Model Concepts for Simulating Water Infiltration into Macroporous Soils for Understanding Triggers for Landslides..

Molkenthin, F., Notay, V. & Hinkelmann, R. (2011). Web-Based Information System for Multi-Scale Physical State Variables Applied in Landslide Hydrology..

Hinkelmann, R. (2011). Modellierung von Fließgewässern..

Simons,F., Busse,T., Hou,J., Notay,K.V. & Hinkelmann,R. (2011). A Robust and Efficient Solver for the Shallow Water Equations and its Application to a Complex Natural Hydrosystem.

Stadler, L., Adamczak, C. & Hinkelmann, R. (2011). Modelling Water Infiltration into Macroporous Hill Slopes using Special Boundary Conditions..

Hinkelmann, R., Zehe, E., Ehlers, W. & Joswig, M. (2011). Special Section on Landslides: Setting the Scene and Outline of Contributing Studies..

Omar, M. (2011). Improvement of Detention Ponds with Respect to Salinity..

Exner, E., Seemann, S., Barjenbruch, M. & Hinkelmann, R. (2011). Wasserinstitutionen "Institutionen mit Verantwortlichkeiten für Wasser bezogene Aspekte in Deutschland"..

Mahgoub,M. & Hinkelmann,R. (2011). Water Resources Management of the Egyptian Coastal Zones in the Context of Climate Change.

Martinez, I., Hinkelmann, R. & Savidis, S. (2011). Water Infiltration into Fractured-Porous Subsurface Structures and its Impacts on Land Subsidence..

Lange, C. & Hinkelmann, R. (2011). Hyd3Flow - Eine praxisorientierte Kopplung hydrologischer, hydro-numerischer und hydroinformatischer Modellsysteme für eine verbesserte Hochwasservorhersage..