A four-input artificial neural network (ANN) model has been presented for the prediction of
thermal conductivity of rGO–metal oxide nanocomposite-based nanofluids. For this, data of …

This study focuses on the effect of copper nanoparticles and graphene oxide nanosheets on
the tensile properties and impact strength of epoxy-based hybrid nanocomposites. A …

Vehicle safety relies on the capacity of vehicle systems to decrease the likelihood of
biomechanical injuries to both vehicle occupants and pedestrians. This can take the form of …

In this study, the crashworthiness performance of a thin-walled square steel-tube structure
with an elliptical crush initiator under impact loading was investigated. The effect of the …

In the pursuit of advanced materials, researchers have turned to nanocomposites as a
means to enhance both electrical conductivity and mechanical properties. The integration of …

In this work, an experimental study on the quasi-static collapse of thin-walled frusta of
silica/epoxy nano-composites was conducted. The effect of nano-silica content and the …

In this paper, a finite element method is proposed to predict the contact pressure of the metal
seal in the subsea pipeline connector with regard of the penetration load on the critical …

Heavy electric quadricycles (L7e) typically have the problem of crash incompatibility
because their size and weight are smaller and lighter than other vehicles. The S-rails …

In this research, the energy absorption performance of metallic thin-walled dampers under
axial compression loading was investigated. At first, steel tubes with a thickness of 2 mm and …

At present, more attention has been paid to the performance and lightweight design for
passenger car seats. The optimisation design for seat frame is performed in this research …