In this article, based on a broad review of the literature, a comprehensive overview of the
global state of the art in the development of rail vehicle crashworthiness is presented …

Designing innovative honeycomb materials with improved energy absorption capacity is a
long-term pursuit to provide adequate impact protection for crucial structural components …

The human–rail vehicle transportation system safety design is complicated given that the
complexity of the multilevel system with parameter uncertainties propagating from the …

Train collision-induced derailment may result in serious casualties. This study investigates
the railway vehicle derailment behaviour and explores the derailment causes in train-to-train …

Human necks are vulnerable in train collision accidents. To design a safer cab workspace,
the driver neck injury mechanism should be investigated first. In this study, this issue is …

A train's crashworthiness responses are directly affected by the vehicle weight M, train
collision speed V, and empty stroke D. This study investigated the influences of M, V, and D …

The seating system of a railway vehicle is a key occupant protection device in the event of a
collision. To improve occupant safety during impact, the research on the seat structure …

Recentadvances in the collision passive safety of trains andimpact biological damage of
drivers and passengers ISSN 1001-1455 CN 51-1148/O3 EI,Scopus,CA,JST收录 力学类中文 …

To obtain improved comprehensive crashworthiness criteria for a B-type subway train, the
influence laws of the vehicle design collision weight M and empty stroke D on the train's …

The purpose of this study was to analyze train driver injuries under secondary impact and to
optimize the driver workspace to reduce the driver impact injury risk. The console–seat …