This paper discusses the development of side door impact beam for passenger cars from
published journals. Side door impact beam is installed in the door of the car to protect …

Square and circular tubes were tested experimentally and numerically in quasi-static three-
point bending. A finite element model with failure criterion was developed that correlated …

A side door impact beam absorbs energy and plays an important role in preventing intrusion
of another vehicle into the occupant area. Impact beams are being actively researched to …

In this study, the analytic hierarchy process (AHP) method is employed to determine the
weightage criteria for product design specification (PDS) of a side-door impact beam. Six …

Energy absorbers are crucial for absorbing collision energy, and much research is being
done continuously to enhance their performance. These structures are widely applicable in …

In this work, crash characteristics of side door reinforced beams under low speed impact
were investigated. The side door panels of three different cross-sections, namely, circular, U …

This thesis investigates the response of 1500 MPa and 2000 MPa press hardening steel
(PHS) in a dynamic crushing scenario. The work involves creating numerical models to …

Many articles on bending collapse but not limited to closed-hat-section beams have been
reported mainly from experimental point of view but less in simulation-based approach …

Passive safety is the most important part of protecting the lives of occupants in accidents and
collisions when it comes to vehicle safety. The crash box is one of the most basic passive …

The purpose of this research is to develop a mathematical model of the collapse behaviour
of symmetric hexagonal tubes. For that, a finite element analysis procedure was conducted …