Design optimization of a MASH TL-3 concrete barrier using RBF-based metamodels and nonlinear finite element simulations
Concrete barriers are one of the most widely used safety features for preventing errant
vehicles from entering opposing travel lanes on highways. As a safety device, a concrete …
vehicles from entering opposing travel lanes on highways. As a safety device, a concrete …
RBF surrogate model and EN1317 collision safety-based optimization of two guardrails
The purpose of using roadside safety equipment is to protect vehicle occupants during an
accident by reducing the severity of impact. Using poorly designed safety equipment can …
accident by reducing the severity of impact. Using poorly designed safety equipment can …
Impact analysis of a vertical flared back bridge rail-to-guardrail transition structure using simulation
Bridge rail-to-guardrail transitions are designed to shield unprotected ends of bridge rails,
which are fixed-obstacle hazards. These structures should provide an effective transition …
which are fixed-obstacle hazards. These structures should provide an effective transition …
Crash analysis and evaluation of a new separate W-beam guardrail on highways using the finite element method
In terms of highway traffic safety, the W-beam guardrail plays an essential role in absorbing
impact energy, reducing occupant acceleration peaks, and redirecting the vehicle in the …
impact energy, reducing occupant acceleration peaks, and redirecting the vehicle in the …
A State-of-the-Art Review on Computational Modeling of Dynamic Soil–Structure Interaction in Crash Test Simulations
The use of nonlinear, large-deformation, dynamic finite element analysis (FEA) has become
a cornerstone in crash test simulations, playing a pivotal role in evaluating the safety …
a cornerstone in crash test simulations, playing a pivotal role in evaluating the safety …
Crash analysis and evaluation of vehicular impacts on W-beam guardrails placed on sloped medians using finite element simulations
With an average of six billion miles traveled per day on US highways, according to the
Federal Highway Administration (FHWA), transportation safety is of the utmost importance …
Federal Highway Administration (FHWA), transportation safety is of the utmost importance …
Development and validation of a finite element model for road safety barrier impact tests
TL Teng, CC Liang, TT Tran - Simulation, 2016 - journals.sagepub.com
Road safety barriers are roadside structures installed on certain sections of the road to
improve highway safety by preventing a vehicle from leaving the road and colliding with …
improve highway safety by preventing a vehicle from leaving the road and colliding with …
A numerical study of strong-post double-faced W-beam and Thrie-beam guardrails under impacts of vehicles of multiple size classes
Median barrier systems are safety features between opposite travel lanes to redirect or
prevent errant vehicles from intruding into oncoming traffic lanes. Different barriers systems …
prevent errant vehicles from intruding into oncoming traffic lanes. Different barriers systems …
Magnetorheological damper with external excitation for more efficient control of vehicles' dynamics
S Sassi, A Sassi, K Cherif… - Journal of Intelligent …, 2018 - journals.sagepub.com
This article presents a new concept design for magnetorheological dampers, where the
excitation circuit and magnetic field are applied from outside the magnetorheological …
excitation circuit and magnetic field are applied from outside the magnetorheological …
Artificial neural network metamodeling-based design optimization of a continuous motorcyclists protection barrier system
Longitudinal barriers are considered as passive safety systems designed to shield hazards
located at roadsides against motor vehicle impacts. Since these barriers are manmade …
located at roadsides against motor vehicle impacts. Since these barriers are manmade …