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ITLR at a glance
- In addition to lectures, three research areas are investigated at the ITLR: heat transfer, droplet dynamics and supersonic combustion.
- Our team consists of more than 60 employees. Among them are scientific staff, administration staff and staff in our electrical and mechanical workshops.
- You can get more information on how to contact or visit us at ITLR on our website.
Direct numerical simulation (FS3D) of droplet impact onto a structured surface
Image: (c) J. Wurst (ITLR)
Test hall for heat transfer experiments
Experimental Validation of a Numerical Coupling Environment Applying FEM and CFD
Image: (c) C. Hartmann (ITLR)
Euler-Lagrange Simulation of a Swirl-Droplet-Separator (for the WET-Concept)
Image: (c) M. Khaled und M. Zabel (ITLR)
Rotating Rig (RotRig) for heat transfer experiments in internal turbine cooling channels
Image: (c) C. Waidmann, D. de Arcos (ITLR)
Droplet grouping within a monodisperse stream
Visualization of droplet grouping within a monodisperse stream at varying conditions. Depicted are velocity magnitude, streamlines colored with vorticity magnitude, shear stress and isolines of pressure.
Image: (c) M. Ibach (ITLR)
Spatial distribution of the dimensionless optimal eddy viscosity in the cross-section of a periodic square duct
DOI: 10.1016/j.ijheatfluidflow.2022.109018 by Hannes Mandler, used under CC-BY-NC-ND 4.0"
Laser shadowgraphy for frequency measurements in a transonic flow
Image: (c) M. Nüßle (ITLR)
Calibration of thermochromatic liquid crystals
Image: (c) D. Hägele (ITLR)
Eventbased visualization of turbulent flows
Image: (c) C. Steinhausen (ITLR)
Influence of Weber Number on Crown Morphology during an Oblique Droplet Impact on a Thin Wall Film
Image: (c) J.L. Stober (ITLR)
Contact Persons
Bernhard Weigand
Prof. Dr.-Ing. habil.Director
Susanne Stegmeier
Secretariat/Administration