PN 1: Project Overview

PN 1-1	Data-Driven Subgrid-Closure Models for Simulating Turbulent Multi-Phase Flow
PN 1-2A	A Multiscale Framework for Multiphase Flow Based on the Compressible Navier-Stokes Kortweg System
PN 1-2B	3D Direct Numerical Simulation of Multi-Component Droplet Interaction Including Phase Change as a Basis for Sub-Scale Models for Data-Integrated Multiphase Simulations
PN 1-3	Impact of Porous-Media Topology on Turbulent Fluid Flow: Highly Resolved Space and Time Interactions
PN 1-4	Image-based Morphological Characterization of Multiphase Porous Media Flow
PN 1-5	Dispersion Concept for Interface Closures in the Context of Coupling Free-Flow and Porous-Media Multiphase Flow on the REV Scale
PN 1-6	Upscaling of Two-Phase Porous Media Flow Based on Fluid Morphology
PN 1-7	Data-driven Simulations for Turbulence Inside and over Porous Media
PN 1-8	Bottom-up modeling of hierarchical porous electrode materials via molecular simulation
PN 1-9	A Data-Integrated Simulation Approach for the Cooling Effect of Leaves During Urban Heat Waves

PN 1A-1	Open-Source Simulation Data for Validation and Machine Learning
PN 1A-2	Implementation of numerical schemes for river engineering problems in the development environment DUNE
PN 1A-4	Modelling fluid interaction at the interface between porous GDL and gas distributor in a PEM fuel cell