Sentence examples for application of fatigue from inspiring English sources

In this paper some algorithms are studied to assess their computational efficiency within the engineering framework of the application of fatigue criteria of the critical plane type.

A cracked constituent particle eventually gave rise to a crack in the surrounding matrix, but this process required the application of fatigue loads.

Two approaches to aircraft fatigue monitoring by the computer-aided analysis of surface structures are described: (a) application of fatigue indicators attached to the aircraft unit; (b) the direct observation of the alclad aluminium alloys surface.

Fatigue life prediction based on fracture mechanics has become the focus of research on the strength of ship structures; however, it is difficult to summarize a general formula for calculating stress intensity factors (SIF) for cracks in ship details, and the application of fatigue crack propagation (FCP) theory is limited to simple structures and simple loads in some way.

Other studies did find improved knowledge, awareness [ 21], layover sleep, and in-flight alertness [ 22] after short term application of fatigue management advice in flight crew, but did not measure the long term effects.

As a result, there have been limited applications of fatigue life based optimisation.

Engineering applications of fatigue and fracture technologies will be discussed in this chapter including material selection and fracture prevention, weld improvement and repair, damage assessment and damage tolerance criteria, and nondestructive inspection.

The effect of grit blasting treatments, one of the most common surface treatments in biomedical application, on fatigue performance of CP-Ti and titanium alloys has been studied in several instances.

In the present paper (Part II of the paper series), the application of a fatigue limit stress in the standard fatigue load ratings of rolling bearings is described.

Because these theories are not applicable to most materials, a relatively new technique, which involves mechanical application of random fatigue stresses, statistically matched to real-life conditions, is now employed in most materials test laboratories.

Concrete elements deteriorate as a result of continuous application of compressive fatigue loads.