Examples of 'cyclic loading' in a sentence
Meaning of "cyclic loading"
Cyclic loading refers to the repeated application of loads or stress to a material or structure. It is commonly encountered in engineering, particularly in fields such as mechanics, structural analysis, and materials science. Cyclic loading can cause fatigue and deterioration of materials over time, leading to potential failure or damage. Understanding and evaluating the effects of cyclic loading is important for designing durable and reliable structures
How to use "cyclic loading" in a sentence
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cyclic loading
Cyclic loading can be a major design issue.
Occurs only during the cyclic loading.
Cyclic loading shall be continued to n cycles until stabilisation is satisfactory.
Surface slip irreversibility under cyclic loading is analyzed.
This cyclic loading.
Three specimens were subjected to cyclic loading.
Study the effects of cyclic loading and fatigue operation conditions.
The samples were subjected to cyclic loading.
Cyclic loading test.
Aircraft are constantly subjected to cyclic loading.
An extension to cyclic loading is given.
The chain according to the invention is resistant to cyclic loading.
Placed under cyclic loading.
Cyclic loading conditions.
Soil behaviour under cyclic loading.
See also
All sources of cyclic loading that can cause fatigue damage shall be identified.
Able to withstand cyclic loading.
Cyclic loading of a combustion engine may generate microscopical reciprocating movement in its joints.
Of the cyclic loading.
The permanent migrations of the stem were monitored during cyclic loading.
But they generally impose a cyclic loading which is changing their behavior.
This is particularly relevant for components subjected to cyclic loading conditions.
Both historical tension series means cyclic loading which are post processed using the rainflow method.
The thickness of the connected plates is changing upon cyclic loading.
A localization law specific to surface grains under cyclic loading was identified from finite element simulations.
The specimens were consolidated and then sheared under undrained cyclic loading.
The response of loose gassy specimens subjected to cyclic loading was studied in a laboratory program.
It further includes a mechanism that resists loosening due to vibration or cyclic loading.
Effects of loading rates, cyclic loading and plasticity are investigated.
It consists in measuring the temperature evolution of the structure surface during cyclic loading.
However, the influence of cyclic loading on helical anchor behaviour is unknown.
The two types of the experimental structures were also exposed to the cyclic loading.
In laboratory, fatigue is simulated using cyclic loading tests, usually without rest periods.
Fatigue may be defined as the reduction in mechanical properties during continued cyclic loading.
Therefore, testing of a material during a typical cyclic loading regime creates many problems.
This allows the implant to better maintain its shape when subjected to continuous cyclic loading.
Therefore, it is possible to compare our cyclic loading with such a period ofin vivo use.
The study may also include accumulation of plastic strains during cyclic loading.
Hence, in cyclic loading the effective stress required for opening the crack is increased.
Hysteresis is a measure of energy dissipated by the foam during cyclic loading and unloading.
Hence, cyclic loading must be performed before undertaking positive identification of the osteon type.
Fatigue resistance is the permanent deformation of a foam measured after cyclic loading and unloading.
Monotonic and one-way cyclic loading response characteristics are identified for a number of loading scenarios.
This configuration can also increase the fatigue failure life under cyclic loading conditions.
Such a cyclic loading is shown diagrammatically in FIG . 2.
The inboard placement is helpful itself in reducing centrifugal forces and substantially eliminating cyclic loading.
Abstract, Rubber-like materials are submitted to cyclic loading conditions in various applications.
The endurance limit is that stress below which the material survives fully reversed cyclic loading.
As an example the titanium specimen under cyclic loading ( tension - compression ) is considered.
Shows the deformation variation of gauge two in one of the stems C during cyclic loading.
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