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Dive into the research topics where Wolfgang Machunze is active.

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Featured researches published by Wolfgang Machunze.


32nd AIAA Applied Aerodynamics Conference | 2014

Towards the Industrial Application of Active Flow Control in Civil Aircraft - An Active Highlift Flap

Michael Meyer; Wolfgang Machunze; Matthias Bauer

Various publications have shown the considerable potential of flow control to enhance the aerodynamic performance of aircraft. However, for its industrial application the overall benefit is crucial which does not only take into account aerodynamic characteristics but also system implementation, structural integration and operational aspects. In this contribution we investigate to what extent active flow control at trailing edge flaps can be used to increase the highlift performance of a civil transport aircraft. The objective is to achieve the same maximum lift at landing with a less complex and lighter highlift system. For this application scenario different system architectures are developed and a structural integration into the flap is worked out. The evaluation of these concepts considers real aircraft constraints and requirements. The most promising concepts are studied in normal operation and off-operation conditions within dedicated system ground tests. The related results are thoroughly discussed in this work.


Archive | 2011

Stiffening structure for reinforcing planar structure, particularly skin field of fuselage of aircraft, comprises variety of struts with different geometries, where one strut has linear geometry

Paul Jörn; Markus Weber; Jens Prowe; Wolfgang Machunze; Lars Meyer


Archive | 2009

Aircraft fuselage structure has skin field, where diagonal stiffening elements are formed by skin-field polygons, and stiffening frames are designed for limiting fuselage section

Paul Jörn; Wolfgang Machunze; Jens Prowe; Markus J. Weber


Archive | 2009

Reinforcement structure for sheet material for skin field of fuselage of aircraft, has stringers merged in intersection regions and defining closed meshes with different sizes, and ribs led above stringers and intersection regions

Paul Jörn; Ralf Lonthoff; Wolfgang Machunze; Lars Meyer; Jens Prowe; Markus J. Weber


Archive | 2009

Grid-like reinforcement structure for reinforcing skin field of fuselage of aircraft, has rigid parts merged in intersection regions, and load transfer element arranged in intersection region and in active connection with parts

Paul Jörn; Markus J. Weber; Jens Prowe; Wolfgang Machunze; Gastao De Freitas


Archive | 2009

Butt joint for longitudinal welding and/or mating of two fuselage sections of aircraft, has butt strap including elevations within region of stiffeners, where elevations extend in longitudinal direction of stiffeners

Paul Jörn; Wolfgang Machunze; Jens Prowe; Markus J. Weber


Archive | 2011

Door panel arrangement for fuselage structure of aircraft, has door panel including rear structure with door frame, which limits door cutout for receiving aircraft door, where center section of cutout is arranged between fuselage frames

Markus Weber; Wolfgang Machunze; Jens-Ulrich Prowe; Paul Jörn; Lars Meyer


Archive | 2009

Stiffening structure, particularly for aircraft fuselage, has three-dimensional struts arranged on skin field, where struts are made of fiber-reinforced composite material

Paul Jörn; Wolfgang Machunze; Jens Prowe; Markus J. Weber


Archive | 2016

AIRFOIL PORTION WITH A CHAMBER

Michael Meyer; Wolfgang Machunze; Matthias Lengers


Archive | 2009

Longitudinal welded joint for two fuselage sections, particularly for airplane, comprises overlapping joint formed by two fuselage sections, where opposite braces are connected with each other

Paul Jörn; Wolfgang Machunze; Jens Prove; Markus J. Weber

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Heinz Hansen

Airbus Defence and Space

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Johannes Kirn

Airbus Defence and Space

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Michael Meyer

Airbus Defence and Space

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