Sentence examples for evaluating defects from inspiring English sources

[102] found IR thermography to be useful for evaluating defects in asphalt pavements.

Most studies evaluating defects left after curettage of giant cell tumors take place in the distal femur and proximal tibia, the two most common locations of these tumors [17].

Noise and deep level transient spectroscopy (DLTS) investigation of β-FeSi2 quantum dots embedded in silicon show that Schottky junctions are not effective in evaluating defects in the Fe-Si system since the device current is described by space charge limited current and the depleted layer model is not applicable [11].

When evaluating defect fill MRI has been shown to be effective in detecting cases of incomplete filling, either focally or globally [ 20, 29, 34, 36].

Among the numerous techniques of non-destructive evaluation, elastic guided waves are of particular interest to evaluate defects inside industrial and civil elongated structures owing to their ability to propagate over long distances.

A novel method using microwaves is proposed to detect and evaluate defects in glass fiber reinforced plastic (GFRP) laminates.

In order to evaluate defects presence and their progressive evolution, infrared thermography is taken into account, monitoring surface temperature of the damaged and undamaged samples.

"It appears that N.H.T.S.A. lacks the expertise needed to evaluate defects in vehicle electronic controls, and its response to complaints of sudden unintended acceleration in Toyota vehicles appears to have been seriously deficient," the letter to Mr. LaHood said.

The ultrasonic method is well known as a non-destructive approach to evaluate defects in adhesive joints, but it cannot detect joint strength degradation due to surface defects or contaminations.

According to ISO10110-7 and the engineering standards of Inertial Confinement Fusion (ICF), this paper presents a microscopic scattering imaging and analyzing system which allows one to automatically evaluate defects in random distributions and shapes on the surface of fine optical components of large aperture.

Various nondestructive tests are used to evaluate defects induced by fire damage.