Übersetzung für "Body rigidity" in Deutsch

For without body rigidity, there is no agility.

The body boasts high rigidity and low weight; the front fenders are made of aluminum.

Chrysler also experimented with fitting a 5.2-litre (318 ci) American-made V8 but decided that the body lacked the rigidity to cope with the larger engine and the V8 version never went into production.

To compensate for the loss of body rigidity by the removal of the roof, extra cross bracing was fitted under the car.

A possible arrangement of the members of the roof stays diagonally across the loading boxes over the entire usable length of the vehicle body allows the rigidity of the body to be further enhanced.

This human being would be nothing without his skeleton, giving his body rigidity, without which he would collapse like a pudding.

The use of such a support wall structure will generally depend on the thickness of the wall portion of the hollow body as the rigidity thereof increases with increasing thickness.

Thanks to the optimised structure of its body shell and an increased use of high-tensile steel, the new Mazda2 is not only almost 100 kg lighter, but also improved when it comes to safety, body shell rigidity and NVH performance – all attributes that normally mean more weight for a car.

Then paint the body with oil, myrrh, stuffed mouth linen submerged in the resin and address the ear, nose, sometimes in the same manner and extracted the eyes, but pushing them in Tjoifama then stuffed the cavity with linen and attracts eyelids fillers, or put other things in the orbital eye, such as " onion ", and sometimes were placed cosmetics on the face or put a wig over the head or between fingertips until the nails do not fall, and address the whole body is molten resin to give the body rigidity and fill pores and then covered with linen body Ballvaúv very neatly, so stick to each other and the body coil with glue .

High body rigidity is not only fundamental to vehicle stability and handling agility, it also plays a significant role in minimising the transmission of noise and vibration from the engine bay and road surface into the cabin, thus enhancing ride comfort.

This significantly enhances comfort, since a low number of connections between components increases body rigidity.

The first step focuses on the overall body rigidity the different parts of the chassis where reinforced to increase stability.

To focus on overall body rigidity with reinforcements on different parts of the chassis was the first step.

Toward this end, the development team didn’t settle for merely adding small changes to the already high levels of body rigidity and driving performance.

In addition to or as an alternative to the above-mentioned increase in rigidity through suitable material selection for the manufacture of the guide body, the rigidity of the entire linear guide/feed module can also be increased by using a plurality of guide bodies situated spaced apart from one another in the direction of the movement axis.

The V series' 3 axes are all equipped with box ways, whose wider supporting spaces and better loading capacity promise the best machine body rigidity and machining stability.

The technology results in a high standard of body rigidity that is the benchmark for precision, sportiness and comfort.

The wishbones are mounted on a subframe, which is firmly bolted to the body for high rigidity.

The list of areas in which simulation technology is used in motor-vehicle manufacturing is a long one: body rigidity, strength and operating life, avoidance of unpleasant vibration, doors, lids, occupant protection, interior components, joining techniques and crash performance can all be displayed by these methods, as can driving dynamics, ride comfort, fuel consumption, sensor operation, aerodynamics and aero-acoustics, heating, ventilation and air conditioning, headlights, suspension characteristics or the actual combustion process in the engine.

There is comfortable room for four persons. The refined ambience combines with exemplary ergonomics to convey an atmosphere of sporty elegance. Ultra-high-strength steels and selective reinforcements of the body ensure maximal rigidity and crash safety.

There is very little that the computer cannot calculate and simulate. The list of areas in which simulation technology is used in motor-vehicle manufacturing is a long one: body rigidity, strength and operating life, avoidance of unpleasant vibration, doors, lids, occupant protection, interior components, joining techniques and crash performance can all be displayed by these methods, as can driving dynamics, ride comfort, fuel consumption, sensor operation, aerodynamics and aero-acoustics, heating, ventilation and air conditioning, headlights, suspension characteristics or the actual combustion process in the engine.

Adhesives have played a vital role in aircraft and aerospace technologies for some time (where they are used, for instance, to attach wings to aircraft fuselages) but it is only now that their full potential is being realised in the arena of car design. If understood correctly and used properly, adhesives can bring huge improvements to a body structure's rigidity with a minimal increase in weight.