Sentences with phrase «high body stiffness»
SAFETY VW says Eos has high body stiffness due to the specific use of high - strength sheet metal, mould hardened steels in the vehicle floor and a special railing pipe inside the doors.
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The Physical Activity and Nutrition in Children Study (PANIC) carried out in the Institute of Biomedicine at the University of Eastern Finland shows that low levels of physical activity, weaker physical fitness and higher body fat content are linked to arterial stiffness already in 6 - 8 year - old children.
The convertible bodyshell: light and torsionally stiff The intelligent combination of innovative and proven materials, as well as modern production technology, gives the BMW 3 Series Convertibles a particularly light but at the same time very stable body — BMW's body development specialists have achieved the highest level of torsional stiffness ever in a BMW Convertible.
Measures such as the considered use of high and ultra-high tensile as well as hot - stamped steels lend the body of the X6 improved torsional stiffness compared with its predecessor and increase the strength of the safety passenger cell.
The 2018 Wrangler Unlimited's body is built with high strength steel that is integrated into the B - pillar to increase the side impact crash performance as well as the SUV's stiffness!
Low vehicle weight and a high standard of torsional body stiffness are also crucial to the car's agility.
More than 50 % of the Optima's body is constructed of Advanced High Strength Steel for a 150 % stiffness increase
Each part is made of materials selected for optimum performance: Precision - constructed, multi-material hybrid body combines steel, carbon fiber and die - cast aluminum to achieve high stiffness and light weight.
Including its special reinforcements, which deliver high torsional stiffness, the body - in - white weighs 30 kilograms (66.14 lb) less than previously; the engine hood is made of aluminum.
REFINED & RESPONSIVE CHASSIS The 2017 Elantra is lighter than the outgoing model, and its rigid chassis is now reinforced with 53 percent advanced high - strength steel compared with 21 percent from the previous model, providing improved stiffness at a lower body weight.
Less obvious but important were the introduction of high technology, lightweight, carbon fibre, under - floor cross braces that contribute to the exceptional levels of body stiffness.
Measures such as considered use of high and ultra-high-tensile steels lend the body increased torsional stiffness and ensure the strength of the safety passenger cell.
With 44 percent of the body shell cast in Advanced High Strength Steel, the car is lighter but stronger, while torsional stiffness has been improved by 32 percent.
Furthermore, the high - rigidity body frame is 35 pounds lighter than the previous model's, and has a torsional stiffness improvement of 38 percent, providing better steering response and cornering stability.
The design of the inverted - monotube front strut and aluminum - body monotube rear hydraulic dampers offers maximum response, stiffness, and tuning optimized for the track, with the highest level of damper predictability, accuracy, and repeatability.
The design features high lateral suspension stiffness, ZF SACHS shock absorbers to deliver stellar body control and response while simultaneously delivering a plush, comfortable ride, and large stabilizer bars front and rear.
The 2017 Elantra is lighter than the outgoing model, and its rigid chassis is now reinforced with 53 % advanced high - strength steel compared with 21 % from the previous model, providing improved stiffness at a lower body weight.
The carbon spaceframe construction, together with the impressively high torsional stiffness of the under - body structure, allows the arrangement of the side sills to be combined with extremely high body rigidity.
It provides the basis for high torsional stiffness, minimal body movement and the sporty, precise handling.