Publikationen

Pacheco Fernández, Micaela and Stephan, Dietmar and Dixit, Abhinav and Hinkelmann, Reinhard and Despot, Daneish and Barjenbruch, Matthias (2020). Determining the turbulent H2S mass transfer coefficient across the liquid-gas interface in sewer systems. First International Conference on Urban Water Interfaces (UWI). [Technische Universität Berlin, Urban Water Interfaces];, 66.

Paul,M., Stauffer,F., Hinkelmann,R. & Helmig,R. (2000). Calibration of a Water-Gas Flow Model for Dike Systems..

Paul,M., Hinkelmann,R. & Helmig,R. (2004). Umweltströmungsmechanik..

Paul,M., Hinkelmann,R., Sheta,H. & Helmig,R. (2001). Two-Phase Flow Modelling of Flood Defense Structures..

Paul,M., MÜLler,M., Hinkelmann,R., Helmig,R. & Kaule,G. (2003). Development of an Interactive Learning Module for GIS-Supported Groundwater Flow Simulation..

Pham Van,S., Kobayashi,K. & Hinkelmann,R. (2004). Numerical Simulation of Two-Phase Flow in Porous Media - Parameter Studies on Water Infiltration Processes in an Experimental Slope..

Pham Van, Song (2009). Application of Different Model Concepts for Simulation of Two-Phase Flow Processes in Porous Media with Fault Zones. Technische Universität Berlin

Pham Van,S., Busse,T. & Hinkelmann,R. (2004). Modelling of Two-phase Flow in Porous Media..

Pham Van,S., Stadler, L. & Hinkelmann,R. (2006). Comparision of a Micro-scale and a Meso-scale Model Concept for Two-phase Flow in Fractured-porous Media..

Pham Van,S., & Hinkelmann,R. (2005). Case Studies on Water Infiltration Processes in the Unsaturated Zone with a Multi-dimensional Multiphase Flow Model..

Pham Van,S. & Hinkelmann,R. (2008). Development and Comparison of Different Model Concepts for Two-Phase Flow in Fractured-Porous Media - Application to Water Infiltration Processes in Hillslopes..

Pham Van,S. & Hinkelmann,R. (2005). Development and Comparison of Different Model Concepts for Two-Phase Flow in Fractured-Porous Media - Application to Water Infiltration Processes in Hillslopes..

Pham Van, S. (2010). Application of Different Model Concepts for Simulation of Two-Phase Flow Processes in Porous Media with Fault Zones..

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..

Porst,G., Gabel,F., Lorenz,S. & Miler,O. (2015). Implications of hydromorphological alterations to the littoral zone for freshwater ecosystem functioning. Fundamental and Applied Limnology. Schweizerbart Science Publishers, 279-282.