Sentence examples for stress vibration from inspiring English sources
The review focuses on comparing the stress, vibration, and buckling characteristics of FGM plates using different theories.
The review carried out here, is concerned with deformation, stress, vibration and stability problems of FG plates.
This study presents a noncontact measurement method of vibration induced stress (vibration stress) using multiple laser displacement sensors and clarifies its applicability to piping vibration.
It was found that the reduction of surface roughness (RSR) after vibration-assisted forming was affected by static stress, vibration amplitude, material properties and initial specimen surface roughness.
The review is carried out with an emphasis to present stress, vibration and buckling characteristics of FGM plates predicted using different theories proposed by several researchers without considering the detailed mathematical implication of various methodologies.
An attempt has been made to classify the various analytical and numerical methods used for the stress, vibration and buckling analyses of FGM plates under one-dimensional or three-dimensional variation of temperature with constant/linear/nonlinear temperatures profiles across the thickness.
The stress under vibration is then calculated and compared with previous results.
The performance parameters include aerodynamic objective at multi operating points such as efficiency and mass flow factor as well as stress and vibration parameters and turbine inertia.
In this study, the results of experimental stress and vibration studies on one of the flaps are given after the damages are repaired.
The M-IRMR evaluation method includes 9 evaluation indexes which are rock compressive strength, rock quality index RQD, joint spacing, joint state, groundwater state, joint direction, ground stress, blasting vibration, and exposed area, respectively.
This trend of development is not complete because design of any turbo machine is interdisciplinary process involving aerodynamics, thermodynamics, fluid dynamics, stress analysis, vibration analysis, the selection of materials, and the requirements for manufacturing.
