Translation of "Damage accumulation" in German

For the damage accumulation the miner elementary rule is used.

The results obtained included: improved behaviour of the triangular members compared to the trapezoidal members, the influence of the gap at the weld root and residual welding stresses and finally the applicability of Miner's law to damage accumulation.

In a manner which is likewise known in and of itself, this approach for linear damage accumulation can also be modified are various ways, for example to the effect that partial spectra having load amplitudes below the fatigue limit threshold are not taken into account or are only taken into account in a limited manner.

The processor is preferably further able to store incidences of damage, and thereby to create a damage-accumulation picture.

By way of example, according to the method already known for linear damage accumulation, at this point a partial damage can be calculated for each partial spectrum by dividing the partial load cycle count by the maximum tolerable load cycle count.

For example, in accordance with the method known per se of linear damage accumulation, a partial damage can now be calculated for every partial spectrum in that the partial load cycle criterion is divided by the maximum load cycle criterion which can be tolerated.

Linear damage accumulation takes into account that a component is normally subjected to not only an oscillating load with constant amplitudes, i.e., a rectangular load spectrum as used for example in the S-N fatigue test, but that the load intensity varies in it height.

For example, according to the known method of the linear damage accumulation, a partial damage now can be calculated for each sub-collective, in that the number of partial load cycles is divided by the maximum tolerable number of load cycles.

In a manner likewise known per se, this approach of the linear damage accumulation also can be modified in various ways, for example to the effect that sub-collectives whose load amplitudes lie below the fatigue limit are not taken into account or only to a limited extent.

This process, which for example is documented in the works of Palmgren and Miner, is called damage accumulation.

This approach of linear damage accumulation can also be modified in various manners in a manner likewise known per se, for example such that partial spectra whose load amplitudes are below the long-term strength limit are not taken into account or are only taken into account in a limited manner.

Based on the peak loads and/or load profiles over time, the method of linear damage accumulation can be used to obtain information on the life expectancy of components under stress.

According to the method of linear damage accumulation, a partial damage is now calculated for each partial spectrum in that the partial number of fatigue cycles to failure is divided by the maximum tolerable number of fatigue cycles to failure N_i at S_a of an S-N curve.

According to the linear damage accumulation, it is in particular irrelevant at which stress level a certain fraction of the maximum tolerable number of cycles to failure was spent.

If one imagines a two-stage stress, then it is according to the linear damage accumulation irrelevant in which sequence the stresses occur.

The method used by the Damage Calculator is based on the “linear damage accumulation hypothesis” (Pilgrem-Miner).

The method used by the Damage Calculator assumes the "linear damage accumulation hypothesis” (Pilgrem-Miner).

Another aspect is fatigue damage accumulation and the failure processes, which appear to be particularly multi-faceted in these materials.

The method used by the Damage Calculator is based on the "linear damage accumulation hypothesis" (Pilgrem-Miner).

DNA damage accumulates if such a balance is altered.

A not adapted charger damages accumulators where from premature ageing of these.

Consequently the accumulated damages enhance the probability of breakage.

What can damage accumulate in?

Wear on valve components should be kept low, and damage to pressure accumulator vessels and pressure lines should be prevented.

Wear to valve components is intended to be kept low and damage to pressure accumulator vessels and pressure lines is intended to be prevented.

This, however, has the disadvantage that the heat developed by the transformer would be held and parts of the apparatus would be damaged by this accumulation of heat.

Especially endangered are the intakes of axial compressors which take in air of varying humidity and of varying temperature, depending on variations in the atmospheric conditions, and where, in the case of ice formation, the pressure distribution in the subsequent compressor steps could be influenced in an unplanned manner and which could be damaged if ice accumulation would cause an imbalance of the rotor or if ice pieces would separate from the rotating blades and were thrown against other parts of the engine.

This accumulation adversely affects the surface of the tube would up to that time, and there is the danger that certain parts of the machine or even the entire machine will be damaged by the accumulation if it assumes larger dimensions.

The liquid-tight but highly gas-pervious diaphragm is flexibly designed from an extremely thin, microporose synthetic foil joined on one or two sides with a flexible but tough-to-bending base material (such as a fiberglass fleece, a perforated foil, a synthetic fiber, a fabric, etc.) and bendably clamped on all sides by the respirator duct in a manner such as to be both protected against mechanical damages from dirt accumulations and to remain capable of bulging resulting from pressure differences caused by dirt to an extent such that when the pressure differences caused by dirt are changed, it can flap or vibrate, whereby a self-cleaning effect is obtained with shaking off and breaking up, the same as blasting, the diaphragm coatings without the diaphragm itself breaking or losing its liquid-sealing action.