Sentence examples for operational deformation from inspiring English sources

To improve this deficiency, mode shapes or operational deformation shapes (ODSs) with high frequencies are employed for damage identification to make sure similar sensitivity.

Good agreement has been confirmed, and a more realistic pipe-in-pipe type model was developed to simulate the operational loads and deformations of the liner pipes.

Autodesk Inventor Simulation is only capable of performing linear analysis, where components have small deformations, under operational loading conditions.

Due to the increased flexibility of modern multi-megawatt wind turbine structures, more advanced analyses are needed to investigate the effects of geometric nonlinearities originating from large blade deformations under operational loads.

The CDF is then used to link reliability performance-based design to a reasonable range of serviceability criteria for wall deformations generated under operational conditions.

However, because operational GNSS observations suggested that no or little deformation have occurred around the Hokkaido area during the ScanSAR observation interval (not shown), and because the interval of acquisition date between the interferometric pair was 42 days, we assumed that there were no surface deformation signals in Fig. 4a.

The continuous demand for higher power density leads to a very challenging operational environment for sliding bearings regarding pressures and deformations.

c Surface deformation based on a rectangular fault model assumed to be obtained from operational real-time seismic/geodetic data analysis.

This removal of fluid, along with the deformation of the backing material, influences transfer in the nip as well as operational issues such as misting and coating defects.

The findings are potentially helpful for better understanding differential embankment deformation in cold regions, as well as for improving HSR embankment quality and operational safety.

Probabilistic models are developed to predict the deformation, shear and moment demands on offshore wind turbine support structures subject to operational and environmental loadings (i.e., day to day wind, wave and current).