The RT30 Series features nine rotary flanges with six tempered boron steel
The all-new Focus makes extensive use of boron steel
- the strongest steel used in the auto industry - within the car's safety cell.
The model features a fully digital instrument cluster, a 9-inch Sensus Connect infotainment system and a 250W High Performance Audio System with eight speakers, active cruise control, a collision warning system, lane keeping assist with steering correction, adaptive LED projector headlamps, seven airbags, a chassis built with hot pressed Boron steel
and wireless Qi charging.
Structurally, there is an extensive use of steel, including ultra-high-strength boron steel
to form a passenger-protecting door ring.
The study and the comparison of the wear behaviour of three tool steels were carried out with a tribopair composed of a boron steel
without coating in annealed condition known as 22MnB5 (ferritic-pearlitic microstructure, Figure 1).
To maximise occupant protection Transit Custom features ultra-high-strength Boron steel
. An enhanced restraint system makes curtain airbags available for the front seat occupants, and it is the first vehicle in its class to receive the maximum 5 Star Euro NCAP Advanced Rewards rating for its innovative safety technologies.
To maximise occupant protection, the vehicle features ultra-high-strength boron steel
, an enhanced restraint system with curtain airbags for the front seat occupants.
In order to understand these phenomena, in this paper, phase transformation in a boron steel
22MnB5 under various cooling rates were investigated and the effects of pre-strain conditions on the phase transformations were characterised.
is a large part of the WR-Steel offering, but it also includes grinding media and other mining solutions said to offer superior hardness and consistent composition for optimised performance in demanding applications.
The topics include the elasto-plastic and damage analysis of trusses subjected to cyclic loading, damage index proposal applied to quasi-fragile materials simulated using the lattice discrete element method, the parametric identification of a damage model for predicting the lifetime of adhesively bonded joints, the influence of residual stresses on the damage of composite laminates under tensile loading, and developing a unified visco-plastic damage model to analyze the crashworthiness of boron steel
safety components with tailored microstructures.
Ultra-highstrength Boron steel
is used in key load-bearing areas such that the door frames work together to absorb energy like a 'virtual B pillar.'.