Sentence examples for amplitude stress from inspiring English sources

This control in peak amplitude stress transform to number of cycle which material can take.

Fatigue loading of most engineering structures involves variable amplitude stress cycles.

Even controlling the peak amplitude stress, failure may take place due to fatigue, by initiating micro cracks due to fluctuating stress.

Our previous model of analysis (Marczewska et al., 2006) [1] was based on classical S N curves and equivalent amplitude stress concept.

We outline a philosophy of employing computational simulation to establish relations between remote loading conditions and microstructure-scale slip behavior in terms of Fatigue Indicator Parameters (FIPs) as a function of stress amplitude, stress state and microstructure, featuring calibration of mean experimental responses for known microstructures.

Moreover, a comparison with various definitions is presented from two same amplitude stress loads.

Fatigue life in this instance is affected by a variety of influential factors, such as stress amplitude, mean stress, notch factor, temperature, etc.

The results for prestrained specimens revealed that fatigue life was almost the same in the same strain range regardless of stress amplitude, maximum peak stress and mean strain.

σmin is minimum stress, σmax is the maximum stress, σa is the stress amplitude or the alternating stress, σm is the midrange or the mean stress, σr is the stress range.

As the strain ratio decreased, stronger cyclic hardening, more asymmetric hysteresis loop, smaller stress amplitude, lower mean stress, and higher initial plastic strain amplitude were observed.

Ratcheting strain was measured to failure under four sets of stress amplitude and mean stress.