EMORPH T. Ruiz. Outline Research department of Peugeot Citroën SA Activities of our research group Proposed test-case Conclusion.

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Presentation transcript:

EMORPH T. Ruiz

Outline Research department of Peugeot Citroën SA Activities of our research group Proposed test-case Conclusion

Research department of Peugeot Citroën SA “Direction scientifique et technologies futures” (Sylvain Allano) Combustion physics (Erwann Samson) Solid mechanics & materials (Laurent Rota) Virtual reality & driving simulations (Stéphane Masfrand) Human & social sciences (Patricia Jonville) Fluid mechanics, thermal and aero-acoustics science (Vincent Herbert) Mecatronics & electronics science (Jean-Yves Marteau) ~ 100 researchers, engineers & technicians

Activities of our research group Fluid mechanics, thermal and aero-acoustics science (Vincent Herbert) External Aerodynamics & Thermal management (Fabien Harambat) Aeroacoustics & Vibroacoustics (Vincent Herbert) Special care of the flow around front body pillar and side view mirror Two-phase flow (Marc Gohlke) Water aspersion in the air inlet Numerical fluid mechanics (Gaëlle Servera) MFTA-Team : 9 researchers 3 engineers & technicians (measurements & wind-tunnel) 4 apprentices, 8 internship, 4 PhD students Working with research laboratories through PhD work or participation to collaborative research works

External Aerodynamics – Issues of interest (Fabien Harambat) Drag reduction Experiments in wind tunnel Numerical simulation Contact:

External Aerodynamics – research interest (Fabien Harambat) Flow control over bluff-bodies : Passive, active and reactive control Actuators technologies evaluation Unsteady analysis Study of links between the flow structures and their quantitative contribution to the total drag Study of new concepts for drag reduction Numerical shape optimization Contact:

Body morphing new concept for drag reduction, interesting innovation for our research group In automobile, strong compromise between design and aerodynamics Design is essential to sell vehicule but can be opposit to the aerodynamic optimum Body morphing could be a way to reach the two objectives External Aerodynamics – research interest (Fabien Harambat)

PSA test case for ANR Emorphing Flow around the front corner bumper The shape of the bumper is crucial for the lateral flow on the side wall all along the vehicle Strong impact on the global drag Example of two differant shapes Horizontal plane Strong flow instabilities due to interaction between convected flow and flow inside the wheel arch Proposed test-case

Aerodynamic optimum The shape of the front corner bumper should allow a tangent flow on the side wall Limit recirculation or vortical structures on the side wall Magnitude of the body deformation Geometric parameters 1 : curvature radius large enough 2 : incident angle of the flow on the wheel and side wall –Idealized situation : 0° –Can reach 20° on vehicles Proposed test-case x y x y

Conclusion Objectives: proof of concept for drag reduction PSA test case Morphing on the front corner bumper Magnitude of the morphing : a few centimeters on an element of 60cm long PSA contribution: Numerical simulation with different shape of front corner bumper Car prototype Wind-tunnel session in industrial and semi-industrial wind-tunnels S2A, S4 & LFV PIV, LDV, wall pressure, drag and lift, microphones Contact: