Sentence examples for methods for failure from inspiring English sources

Failure mode and effects analysis (FMEA) and fault tree analysis (FTA) are two commonly used methods for failure analysis.

Probabilistic Fracture Mechanics combines the mathematical methods for failure probability calculation of structural reliability assessment with the fracture mechanics failure description of crack-containing structures.

This paper presents a fast and reliable method for failure prediction of coarsely meshed shell structures.

According to the numerical results, stresses and strains under gravity, seismic loading, and temperature load are compared, which provides theoretical method for failure analysis of buried thermal-pipeline.

In order to compare the micromechanics model's accuracy with commonly-used macroscopic failure theories, the experimental data obtained from the Worldwide Failure Exercise (WWFE) was utilized, and a quantitative assessment method for failure envelopes was developed to evaluate the model's performance.

2) An estimation method for failure probability of transmission lines is proposed in this paper.

This chapter begins with a review of the literature before describing experiments by the authors to characterise dynamic joint failure and predictive methods for cohesive failure and substrate/adhesive crack interaction.

This paper focuses on a comparison of different analytical methods for engineering failure assessment of components subjected to high thermal loading.

Two simplified methods for progressive failure prediction of structures made of braided composites, mainly subjected to uniaxial in-plane loading or bending, were proposed, in order to bypass the complexity associated with meso- and micro-mechanics without losing much accuracy.

They proposed simplified methods for progressive-failure prediction in braided composites mainly subjected to uniaxial in-plane loading and bending.

By spectral analysis of eigenvalue of the bifurcation equations, a method for structures failure is presented.