Translation of "Wind stress" in German

Wind down as stress worsen the symptoms.

Hence, the contribution of the oceanic surface velocity to the wind stress is often neglected.

For reasons of stability, a complicated oven scaffolding is required in order to absorb the wind stress that acts on the oven.

For most of the topics described here, the combined use of in situ observations to measure surface and atmospheric parameters (e.g. wind, wind stress, waves, atmospheric stability) and remote sensing techniques from ground, platforms, aircraft and satellites would be of great interest.

The advantages of this embodiment lie in the fact that the joint section, which is preferably made from very thin sheet metal or plastic, although it does keep the facade boards at a precise distance apart, is nevertheless so extensively deformable both elastically and plastically that reactive forces and therefore damage to or breakage of facade boards cannot occur either during assembly or in the event of subsequent relative movements of the facade resulting from wind stress or settling of the building.

A further disadvantage consists of the different sag behaviour under ice- and/or wind stress which likewise restricts the use of dielectric aerial cables.

The most common things to avoid are exposure to sun and wind, emotional stress, heavy exercise, hot or cold weather and alcohol consumption.

Rich in Vitamin E and shea butter, it helps protect against dryness, dehydration and environmental stress (wind, cold...).

In any case, we know many of the factors that trigger rosacea, including: sun and wind exposure emotional stress hot or cold weather heavy exercise alcohol consumption hot beverages Look solutions for the prevention of rosacea outbreak?

The OASIS3 coupler sends the effective precipitation, the atmospheric wind stress, the solar and non-solar radiation and the sea level pressure to the ocean model, which sends the sea surface temperature and the fraction of ice via the OASIS3 coupler to the atmosphere (Figure 1).

Toughened float glass is a typically specific glass when additional strength is needed to resist wind pressure, thermal stress.

By way of the at least in regions outwardly bulging shape of the external wall when viewed in said cross section through the crane girder, which thus deviates from a rectangle, an aerodynamic improvement may be implemented such that the wind stress that acts on the crane girder when the latter is being moved is reduced by a reduction of the aerodynamic drag.

In such variants, the abovementioned applies to at least one of the movement directions and preferably to that movement direction in which the crane girder is most often moved, or in which the highest wind stress is to be expected, respectively.

If the width extent of the external wall in a horizontal direction, when viewed in the mentioned cross section, is larger than the thickness extent in a vertical direction, this is typically particularly favorable in the context of a reduction of the wind stress.

Wind because a good physical stressing makes for strong plants – a larger root base to compensate for wind stress - that produce more flowers.

The data were further analyzed at HZG showing that the mean velocity profile follows the law of the wall when the wind stress is too weak to generate surface waves.

The project aims at understanding the impact of neglecting/including the ocean surface velocity dependence of the surface wind stress on the circulation of the Southern Ocean using a realistic eddying model.

As SGP laminated glass has good transparency, safety and it can withstand stronger wind pressure, thermal stress, and hurricane attack and so on.It has been widely used in various industries.

In both cases the casting compound and/or the gluing protects the coil winding against mechanical stresses.

If the glass pane on the weather side is suddenly admitted by suddenly occuring wind stresses or other mechanical forces, the resulting sudden displacement of the outer glass pane in the direction of the inner glass pane can be absorbed by the arching frame sealing profile which acts as a buffer.

The composite tube supported by the relatively high internal pressure thus withstands the relatively high winding stress of the winding device 17 without undue deformation, so that there is no need for expensive means to relieve that stress.

To avoid the constriction of the hub bore, the already mentioned Utility Model 77 22 919 discloses a radially running threading slit, which is constricted during winding and thereby takes up the winding stress.

Thereupon winding is carried out to completion and at relatively low tension, ie winding stress, in order to preclude that the wound material undergo inadmissible warping.

The process leads to improved economic viability and/or to a longer service life of the windings under thermomechanical stress.

In a windmill-type apparatus, in addition to wind stresses, cyclically acting forces and moments caused by the rotating rotor also occur.

As concerns the suspension elements of facade panels, this means that, despite the low panel thickness, there are considerable additional weight stresses to be absorbed, in which case—due to the panel size—there are additional wind stresses that must be transmitted to the mounting system—without damaging or fatiguing the panels.