An experimental test series of mechanically fastened bolted joints with countersunk head in
quasi-isotropic carbon/epoxy composite laminates under quasi-static and dynamic loads …

This paper describes a pure numerical methodology (FE database) to improve the
representativeness of joint equivalent models for airframe crashworthiness. This method is …

Solid rivets are widely used as mechanical fasteners in airframe applications due to their
relative low cost and good fatigue performance. Although rivet installation is known to …

This paper deals with impact test and numerical investigations on the crashworthiness of the
typical sub-cargo fuselage section of a civil aircraft. The sub-cargo fuselage section with …

This paper investigates numerical simulation using the 3D finite elements model to predict
the global behaviour of a bolted joint. The tightening torque and clearance will be …

This paper deals with experimental works the objective of which aims at improving the
design of riveted joints for airframe crashworthiness purposes. Complex assemblies are …

As one of important mechanical joining methods, rivet joints are widely used in buildings,
bridges, aircrafts and automotives and in many other fields. Many variables have influences …

Purpose–Large structures (eg plane, bridge, etc.) often include several hundreds of
assembly points. Structural computations often use over-simplistic approximations for these …

以分离式Hopkinson 拉杆装置为基础, 设计了特殊的铆接试验件, 对MS20615
铆钉的铆接结构开展了动态加载下不同加载角度, 不同加载速率的力学性能试验 …

High energy impact, such as bird-strike, is an important consideration in the design of aircraft
structures. Although advanced numerical simulation is increasingly being used by aircraft …