Sentence examples for tension overload from inspiring English sources

Tension overload increased the long crack threshold and reduced the R-curve effect, whereas overloads in compression reduced the crack growth resistance and shifted the threshold value to larger crack extension.

This theory was questioned by Budoff et al. (1998) who thought that 90 95% of all rotator cuff abnormalities could be attributed to intrinsic breakdown of the rotator cuff tendon because of tension overload overuse and traumatic injury rather than mechanical compression.

The test results indicate that the crack path in the L T oriented specimens under CA loading is remarkably meandering, but no significant crack branching is observed, compared with T L oriented specimens; tension overloads produce macroscopic crack branching, and the K-level seems to be the principal factor on crack path deviation.

This self-report questionnaire consists of 57 items concerning eight types of chronic stress (work overload, social work overload, overextended at work, lack of social recognition, work discontent, social tension, pressure to succeed, social isolation).

Consequently, apparel consumers may find their information search more efficient without the anxiety and tension arising from information overload.

a. Body Posture and Cervical Relaxation Exercises Correct body posture related to the vertical axis of the spine and head during work activities was taught, demonstrating pictures of various teachers in classrooms, an participants were asked which of the characters were in a posture without an overload of tension during the activity of teaching.

Furthermore, overload of the tension leg should be avoided.

The crack propagation behaviour in cast quenched and tempered steel after one overload cycle in tension as well as in compression on short cracks is investigated in deep notched specimens.

The presence of dimples in the matrix alloy and 5 wt.% SiC-reinforced composite, during fractographic observations, indicated overload failure under tension, and the fractured surface displayed a dendritic structure, typical of castings.

Fractography studies revealed that the mechanism and mode of failure during tensile testing of aluminium matrix composites may be due to initiation and growth of fine microcracks leading to macroscopic failure, ductile failure of the aluminium matrix, combination of particle fracture and particle pull-out, overload failure under tension and brittle fracture.

Initiation and growth of fine microcracks leading to macroscopic failure, ductile failure of the aluminium matrix, combination of particle fracture and particle pull-out, overload failure under tension and brittle fracture were the failure mode and mechanisms, as observed by previous researchers, during fractography analysis of tensile specimens of ceramic-reinforced aluminium matrix composites.