Sentence examples for results of sheet from inspiring English sources

The model was implemented in the framework of the finite element method to evaluate the simulation results of sheet metal forming processes.

This observation is in agreement with above described results of the sheet resistance measurements (see Figure 1).

The results of plasma sheet bifurcation and theta-aurora formation modelling are presented.

The results of the sheet forming analysis can be validated according to the graphs of the external work and internal energy because based on the ABAQUS given mass criteria (mass scale), the internal energy must be about five times than the kinetic energy, which it can be observed in Fig. 7.

In addition to the analytical model, the described concept is illustrated by the experimental results on attraction of sheet metal blanks of stainless steel employing a single turn inductor and a flat screen.

Based on our kinematic and flexural gravity modelling, this tectonic boundary appears to be the result of thrust sheet emplacement onto an earlier passive continental margin.

The modeling results of these selected sheet metals show that both models give nearly identical performance for sheet metal plasticity under uniaxial and equal biaxial tension and similar predictions under other plane stress states.

Test results of a DP980 sheet show that the out-of-plane shear fracture strength is indeed about 15% lower than that measured under the in-plane shear condition.

The interpretation of the results of the test sheet by one level of long-term led us to calculate the radius of influence or the range of the well by applying the Law of Dupuit and the law of log log approximation by C.E. Jacob.

Reduction at 1000 °C results in a decrease of sheet thickness to ∼0.5 nm without any morphological changes, and de-oxygenation (O/C ratio 5%) accompanied by enhancement in sp2-C to 84%.

Here, we describe the application of a micro-thin, biaxially-stretched polycaprolactone (μXPCL) with surface modifications for layered tissue engineering, and present the results of biphasic cell-sheet constructs using surfaces optimised for specific cell types.