flow stress

Water hammer is an example of a transient flow stress.

The flow stress is a function of plastic strain.

All these values are still well within our base case assumptions used at closing to run the cash flow stress scenarios.

The flow stress of the material differs for the sample which is subjected to cryorolling.

If realized, increased cash flow stress could result in investment grade downgrades for these transactions.

Hence this model is valid for the largest range of strain-rates among the five flow stress models.

The flow stress is an important parameter in the fatigue failure of ductile materials.

It will be found that the flow stress is proportional to the square root of the dislocation density.

The formation of a Lüders band is preceded by a yield point and a drop in the flow stress.

Fitch's expectation that the state will experience continued budgetary and cash flow stress."

Measurements of the flow stress of normal and superconducting indium are presented.

It is difficult to predict forces because the relevant flow stress is not easy to predict.

Numerous empirical and semi-empirical flow stress models are used the computational plasticity.

A cryorolled sample has a higher flow stress compared to a sample subjected to rolling at room temperature.

Flow stresses occur when a mass of flowing fluid induces a dynamic pressure on a conduit wall.

The rate of crack propagation is inversely proportional to the flow stress of the material.

The flow stress is also shown to provide a sensitive method of observing flux trapping in pure superconductors.

The effect of carbon particles lies primarily in a reduction in grain growth without increase in flow stress.

Second, the dependence of the flow stress s on the dislocation content must be determined, and this program investigates this relationship.

For an annealed material this gives: Alternatively a flow stress curve may be plotted and an average found by visual averaging.

This is in contrast to discontinuous mechanisms where the flow stress normally decreases by 25% as the recrystallized grains form.

Hence, Flow stress can also be defined as the stress required to sustain plastic deformation at a particular strain.

The preliminary ratings are also based on each tranche's ability to withstand cash flow stress scenarios and the establishment of a debt service reserve account.

A methodology to obtain material flow stress properties at higher cutting speeds using Oxley machining theory in reverse is presented.

The following properties have an effect on flow stress: chemical composition, purity, crystal structure, phase constitution, exit microstructure, grain size, and heat treatment.