Titlebook: Hermann Schlichting – 100 Years; Scientific Colloquiu Rolf Radespiel,Cord-Christian Rossow,Benjamin Winf Conference proceedings 2009 Spring

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Biography of Professor Hermann Schlichting,ed from 1926 to 1930 Mathematics, Physics and Applied Mechanics at the Universities of Jena, Wien and G?ttingen. In 1930 he wrote his thesis “über das ebene Windschattenproblem” and he got his PhD under Prof. Ludwig Prandtl at the University G?ttingen, and in the same year he passed the government e

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,Hermann Schlichting’s Work and Wake in Airplane-Aerodynamics,mitment in building up test facilities. It furthermore describes his role in the reconstruction of aerodynamics research after the war, when he became one of the key-persons. Under his leadership the reconstruction of windtunnels and the establishment of new priority fields in research took place. S

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,Numerical Simulation – Complementing Theory and Experiment as the Third Pillar in Aerodynamics,nd experimental investigations. Methods to solve the Navier-Stokes equations have developed from specialized research techniques to practical engineering tools being used on a routine basis in the industrial design process. Examples for the development path followed in the DLR Institute of Aerodynam

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Principle and Perspective of Optical Multipoint Methods for Aerodynamic Investigations,lds, density gradients, model deformations, temperature, and pressure distributions are outlined and advantages and limitations of the techniques are disscussed. The analysis implies that the methods are well qualified for many scientific and engineering investigations. However, with increasing perf

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