Project Details

Professor Dr.-Ing. Martin Oberlack

Address Technische Universität Darmstadt
Fachbereich Maschinenbau
Fachgebiet Strömungsdynamik
Otto-Berndt-Straße 2
64287 Darmstadt

ORCID-ID 0000-0002-5849-3755

Projects

As Applicant
- Current projects
  - Experimental, numerical and analytical investigation of droplet oscillation of a viscoelastic fluid (Research Grants)
  - Symmetry-based Turbulence Modelling for Engineering Applications (Research Grants)
  - Aerodynamic noise generation in boundary layer flows (Research Grants)
  - Helical Flows - the Transition between 2D and 3D Turbulence (Research Grants)
  - Approximation Methods for Statistical Conservation Laws of Hyperbolically Dominated Flow (Priority Programmes)
- Completed projects
  - Symmetry analysis of two-point correlations in turbulent boundary layer flow (Research Grants)
  - Begleitprojekt zur "Interdisziplinären Turbulenzinitiative" (Research Grants)
  - Physically based turbulence modelling from analytical turbulence laws devired from generalized symmetries of the Euler- and Navier-Stokes equations (Research Grants)
  - Network-based group "Cooperative visualization and online communication": Cooperation for visualization of transitional and turbulent flows (Priority Programmes)
  - Physically based sub-grid scale modelling for large-eddy simulation to enhance turbulence noise prediction (Research Units)
  - Turbulente Diffusion: Experimentelle Untersuchung, Modellierung und Direkte Numerische Simulation (Research Grants)
  - Wall-normal Rotating channel flow: Direct Numerical Simulation, Modeling and Lie Group Analysis (Research Grants)
  - Modellierung der Verformung alluvialen Materials durch Strömungen mit Hilfe der Level Set Methode (Research Grants)
  - Geometrische Struktur kleinskaliger Turbulenz (Research Grants)
  - Rotation einer ebenen turbulenten Kanalströmung um die Hauptströmungsrichtung (Research Grants)
  - Theoretische, numerische und experimentelle Untersuchungen tropfenförmiger Fluidschichten auf elektrisch hochbelasteten Isolierstoffoberflächen (Research Grants)
  - Simulation of the droplet evaporation and combustion and droplet impact on a solid surface using a discontinuous Galerkin scheme (Research Grants)
  - Discontinuous Galerkin methods for two-phase flows with soluble surfactants (Priority Programmes)
  - Symmetry based scaling of the multi-point statistics of a turbulent Couette flow extended by wall-transpiration (Research Grants)
  - Helical invariant flows: New conservation laws and their importance for 2 1/2D turbulence (Research Grants)
  - Asymptotic Suction Boundary Layer: Alternative Linear and Weakly Non-Modal Stability Modes - a New Route to Large-Scale Turbulent Structures (Priority Programmes)
  - Direct numerical simulation of the droplet evaporation and combustion using a discontinuous Galerkin scheme (Research Grants)
  - Non-Gaussianity, bounds on turbulent scaling parameter and conformal transformations - analyzing the Lundgren and Hopf functional equation of turbulence using Lie symmetries (Research Grants)
  - Shock-like focusing of inertial waves - the localized generation of turbulence (Research Grants)
As Participating Researcher
- Completed projects
  - GRK 853: Modelling, Simulation and Optimisation of Engineering Applications (Research Training Groups)
  - EXC 259: Smart Interfaces - Understanding and Designing Fluid Boundaries (Clusters of Excellence)
  - GSC 233: Graduate School of Computational Engineering (Graduate Schools)
As Project Head
- Current projects
  - Highly Efficient Heat Transfer Through Multi-phase Cooling (CRC/Transregios)
  - Dense active suspensions in the chaotic regime (CRC/Transregios)
  - High order schemes for direct numerical simulation for wetting and de-wetting problems based on the discontinuous Galerkin method (Collaborative Research Centres)
- Completed projects
  - Vorgemischte turbulente Verbrennung: Analyse und Modellierung zu verallgemeinerten Randbedingungen der G-Gleichung (Collaborative Research Centres)
As Participating Person
- Completed projects
  - Turbulent Couette-Poiseuille Flow with Wall Transpiration: Analytical Study and Direct Numerical Simulation (Research Grants)
  - Higher order accurate simulation of compressible multi-phase flows by means of a Discontinuous Galerkin method with non-smooth basis functions (Research Grants)

Servicenavigation

Hauptnavigation

Professor Dr.-Ing. Martin Oberlack

Additional Information

Servicenavigation

Hauptnavigation

Professor Dr.-Ing. Martin Oberlack

Additional Information

Textvergrößerung und Kontrastanpassung