The subject of this paper is numerical prediction of bird strike induced damage in real
aeronautical structures using highly detailed finite element models and modern numerical …

The usage of water jets has spread into numerous fields and for multifaceted purposes such
as cleaning, cutting, and punching various materials. Because the impact occurs over an …

A growing number of terror attacks all over the world have become a threat to the human
civilization. In the last two decades, bomb blasts in crowded business areas, underground …

In this paper, a bird model with geometry similar to a real bird (Bufflehead Duck) is
introduced and compared to traditional bird models and also to experimental data. A bird …

Ice breaking has become one of the main problems faced by ships and other equipment
operating in an ice-covered water region. New methods are always being pursued and …

Numerical analyses of bird impact damage in complex aircraft structures have been
performed using ABAQUS/Explicit. A Lagrangian formulation was used for the bird model in …

The aim of this study is to develop a new numerical cutting model that includes fluid structure
interaction and to take into account heat transfer between the water-jet, the workpiece and …

The problem of jet in cross flow has been studied for many decades. However, the
investigation on gas jet in liquid cross flow is still rare. In addition, although ventilated cavity …

In the current paper, bird strike to a typical helicopter windshield is investigated using
smoothed particles hydrodynamic (SPH) finite element method. Five types of lay-ups in a …

In this study, a real mallard anatomy is numerically created from CT images and then
analysed by SPH method. The result produced by the real bird is compared to that of the …