Sentence examples for material to predict from inspiring English sources

An acceleration test is conducted with the specimens of actual dimensions and material to predict the maintainability of the structural and functional integrity until the end of the fuel life.

To understand and quantify this effect, a simple physics-based model has been developed, in which the residual stress contributions associated with creep and plasticity are added to the elastic response of the material to predict crack growth under HCD conditions using Linear Elastic Fracture Mechanics (LEFM).

Like mental distress, alcohol use has been shown in the same data material to predict divorce [ 37], and alcohol use could well be suspected to mediate as well as confound the effect of mental distress.

Some of the difficult materials to predict the failure for are natural fibre reinforced composites due to the fact that fibres do not all fail at the same time with load value.

Here, we apply a thermo-mechanics based granular micromechanics constitutive relationships of cementitious materials to predict such failure phenomena and investigate the macro- and the micro-scale mechanisms that govern the predicted behavior.

The primary goal of this work is to develop a microscale drying model based on the heterogeneous microstructure of the plant-based food materials to predict cellular-level water transport mechanism during drying.

Using responses to linearly elastic materials to predict a cell's behavior on nonlinear gels is further complicated since it is not known what property the cell's mechanosensor is measuring.

Our preliminary results indicate that by using the SPF it would be possible in larger materials to predict latency time and that the median latency time maybe as long as 22 years.

The environmental impact of human activities has been a concern for engineers and architects for centuries, from limitation of energy and raw materials to predicting future energy and resource demands.

Using the Zerilli-Armstrong equation attempt was made to evaluate the related material constants to predict the stress-strain curves.

Furthermore, a constitutive material model to predict the post-yield buckling behaviour of high-strength steel without a yield plateau is also developed.