• Corpus ID: 14306878

1 DELAMINATION BEHAVIOUR OF 3 D-TEXTILE REINFORCED COMPOSITES – EXPERIMENTAL AND NUMERICAL APPROACHES

@inproceedings{Hufenbach20061DB,
  title={1 DELAMINATION BEHAVIOUR OF 3 D-TEXTILE REINFORCED COMPOSITES – EXPERIMENTAL AND NUMERICAL APPROACHES},
  author={Werner A. Hufenbach and Nik Petrinic and Andreas Hornig and Albert Langkamp and Maik Gude and Jens Wiegand},
  year={2006}
}
The requirements on aircraft engine design have increased rapidly over the last decades. Future aircrafts engines are expected to be more efficient with lower operation costs and without compromising safety. Concerning the complex requirements for fan systems or fan containments, composite materials are able to fully avail their high potential with regard to a significant weight reduction and an increased efficiency by using their high specific strength and stiffness. However, the insufficient… 

MULTIDISCIPLINARY DAMAGE ANALYSIS OF TEXTILE REINFORCED COMPOSITES FOR IMPACT AND CRASH APPLICATIONS

Several studies have shown the numerous advantages of using composite materials for impact loaded structures in aircraft and aerospace engineering. With adapted tailored reinforcement, the composite

A modelling approach for 3D braid reinforced composites under non-axial loading

  • F. Regel
  • Engineering, Materials Science
  • 2014
Fibre reinforced composite materials are widely used in aerospace, the automotive industry or civil structures due to their high stiffness and strength to weight ratios, good fatigue strength and

Experimental determination of the strain rate dependent out-of-plane shear properties of textile-reinforced composites

Advanced specific mechanical properties and a high energy absorption capacity qualify textile-reinforced composites for the design of material and energy efficient lightweight structures e.g. in

NUMERICAL AND EXPERIMENTAL DEFORMATION AND FAILURE ANALYSIS OF 3 D-TEXTILE REINFORCED LIGHTWEIGHT STRUCTURES UNDER IMPACT LOADS

The paper deals with the predictive modelling of a complex shaped 3D-textile reinforced laminate structures under impact loading conditions. The model’s capabilitie to predict the deformation

MECHANICAL BEHAVIOUR OF HYBRID YARN TEXTILE-REINFORCED THERMOPLASTIC COMPOSITES UNDER THERMOMECHANICAL LOADING CONDITIONS

In recent years, novel textile-reinforced thermoplastics made from hybrid yarns have proven their high potential for lightweight applications [1,2]. The combination of improved mechanical properties

The use of warp interlock fabric inside textile composite protection against ballistic impact

The actual and near future trend in the composite field is to customize material in response to its application. One of these solutions may lie in the use of three-dimensional textile structure using

Three-dimensional woven forming technology and equipment

To meet requirements of high performance and light weight of parts in equipment, automobile and mechanical industries, etc. coupled with problems during weaving such as simple structure, small size,

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The author gradually extended the sphere of employment of version and developed a technique differing materially from that described by any other writer, which should be read by every practtsing obstetrician.

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