Translation of "Allowable stress" in German

In this way, the allowable stress or vibrational strength can be clearly increased.

Observe the conditions of the current heating with allowable stress.

Allowable stress in shear [1.20] is used for the strength check of the shaft for torsion.

Allowable stress data added for ASME materials including copper and aluminum alloys.

Allowable bending stress and allowable hertz stress are referred to the value shown in parentheses.

The allowable stress is given by the yield strength of the shaft material.

Maximum Allowable Stress is the maximum stress level where S1 leak rates were maintained.

Especially with allowable stress in tension, the designed value may rather significantly differ from reality.

Warning: The value of allowable stress designed by the calculation has only an approximate character.

Strength check of the hub is performed by comparison of maximum comparative stress with allowable stress in tension.

Strength check of the shaft is performed by comparison of maximum comparative stress with allowable stress in tension.

In the event of the combustion chamber being made of stainless steel, which is thermally less conductive than standard steel, the maximum allowable inner temperature stress is produced at considerably lower load.

The mechanical limit in this configuration which is known in the art is the allowable tensile stress of the conducting material so that, if the occasion arises, additional support measures such as the utilization of packed conductors or the binding of the windings are necessary.

Given the leaf spring length provided in the design and the maximum possible spring travel, the allowable stress on the spring material determines the thickness of the individual springs.

In the prior art, attempts have been made to increase the service life or allowable stress of the stabilizer by reinforcing the most highly stressed stabilizer sections in different ways.

In the stabilizer of the invention, however, the service life or allowable stress is significantly increased by the mechanical deformation work being displaced from the highly stressed shoulder arc or shoulder bearing area into the normally less stressed U-back by making the U-back “softer.”

If the stabilizer in accordance with the invention is a pipe stabilizer, the allowable higher stress in the area of the U-back can be used to reduce the wall thickness in the area of the U-back.

By the possibility of changing both the inside diameter and outside diameter of the stabilizer in order to exploit the allowable higher stress in the area of the U-back, there are no problems in adhering to the outside dimensions of the stabilizer set by the motor vehicle manufacturer.

A molecularly deformable elastomer body, which adheres to both components, is located between the housing 9 and the inner part 6, and at least one of these two adhesive connections slips through when a maximum allowable shear stress is exceeded.

Furthermore, the external dimensions of this control block are determined by the maximum volume flow of the hydrounits, the associated dimensions of installation valves, the ducting and allowable material stress, precluding an integration in a compact transmission.

Conversely, a beam designed to act noncompositely will, at working load, have a stress of about 65Z of the allowable yield stress.

The requirements arising in practice can also be fulfilled more simply than before, by use of the present invention, whereupon the stress capacity of a raised floor plate is determined in that the deflection at the weakest point may not be any greater than 1/300 of the distance between support points and on the other hand a certain assurance against rupture must also be guaranteed, in other words in that the allowable stress may correspond to only a part, for instance half, of the breaking load.

The maximum allowable stress for the combined loading can be as high as 90Z of the allowable yield stress for the material.

Conversely, a beam designed to act non-compositely will, at working load, have a stress of about 65Z of the allowable yield stress.

It will be seen that, as the temperature of the beam increases, the allowable stress in the lower flange of the beam reaches a critical temperature sooner for a composite beam than for a non-composite beam.

But at the same time no consideration is given to the fact that, especially in the case of stepping drives with complex mechanical drives connected to their output, it is not the maximum load bearing capacity of the drive itself but the stress on the components of the following mechanism that can be critical, the allowable stress capacity depending on the position of the connected moving parts.