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Marth, R. (2010). Ausbreitung dynamischer Druckbelastungen infolge brechender Wellen in Fugen von Küstenschutzbauwerken..

Omar, Mohie Eldeen Mohamed Ahmed (2010). Improvement of Detention Ponds with Respect to Salinity. Technische Universität Berlin

Porst,G. & Irvine,K. (2009). Implications of the spatial variability of macroinvertebrate communities for monitoring of ephemeral lakes. An example from turloughs. Hydrobiologia, 421 - 438.

Porst,G. & Irvine,K. (2009). Distinctiveness of macroinvertebrate communities in turloughs (temporary ponds) and their response to environmental variables. Aquatic Conservation: Marine and Freshwater Ecosystems. John Wiley & Sons, Ltd., 456–465.

Stadler,L., Germer,K., Katerinopoulou,A., Braun,J. & Hinkelmann,R. (2009). Development of Model Concepts for Simulating Two-phase Flow in Macro-Porous Soils on Different Scales.

Hinkelmann R., Stadler L., Germer K.& Braun J. (2009). Development of Model Concepts for Flow in Macro-porous Media..

Stadler,L., Hinkelmann,R. & Zehe,E. (2009). Two-Phase Flow Simulation of Water Infiltration into Layered Natural Slopes Inducing Soil Deformation..

Hinkelmann,R., Stadler L., Helmig R. & Zehe E. (2009). A Double Continuum Approach for Two-phase Flow Simulation in Natural Slopes..

Molkenthin,F., Notay,V., Li,C.-Y., Hinkelmann,R. & Stadler,L. (2009). Model Integration and Coupling in a Hydroinformatics System..

Schankat,M., Hinkelmann,R.& SchlÜTer,M. (2009). DiaTrans - A New Numerical Model to Simulate Density-Dependent Flow, Transport and Reaction Processes in Subsurface Sediments Interacting with Sea Water..

Martinez, N.,A.I. & Hinkelmann,R. (2009). Ground Water Replenishment by Fractured-Porous Subsurface Structures for Reducing Land Subsidence..

Hinkelmann, R. & Zehe, E. (2009). Computersimulationen von Bewegungsprozessen in Kriechhängen..

Stepova,N., Siry,V., Hinkelmann,R. & Barjenbruch,M. (2009). Simulation der Verbringung von gereinigtem Abwasser in Böden..

Jourieh,A., Heinl,M., Hinkelmann,R. & Barjenbruch,M. (2009). Simulation of Combined Sewer Overflows Spreading in a Slowly Flowing Urban River.