Sentence examples for computation temperature from inspiring English sources

In the present research, the deposition technique with no filament through the hole (DTNFTH) is proposed, and its feasibility and limitations are discussed on the basis of the radiation computation, temperature simulation, analyses on mean free paths of various active radicals, and the experimental verification of the "shading and distance effects".

The obtained computational temperature can be treated as thermal load for the computation of the residual stress near weld.

In order to simplify computations, the effects of the temperature and moisture fields on the problem were considered by applying the computed temperature zones of soils surrounding the pipeline from the thermal analysis, and actual frost heaving ratio of the soils was applied to the mechanical model to calculate the stresses and deformations of the pipeline in permafrost regions.

They are carried out by mechanized and often automated facilities, which immerse lances that are equipped with sensors for rapid computation of temperature and dissolved carbon, oxygen, and hydrogen.

To enhance the reliability of the results, the computations comprised temperature and phenological data covering the whole territory of Germany instead of only those of Hesse.

Computations of temperature and major species were performed with a two-dimensional, axisymmetric flame model using a 26-species C2 hydrocarbon mechanism.

To increase the sampling speed, a model-reduction technique is used in the direct computation of temperatures at thermocouple locations given a guessed heat source, i.e. in the likelihood computation.

The paper presents a theoretical formulation for the computation of temperature-dependent nonlinear response of shallow shells with single and double curvatures subjected to transverse mechanical loads while being exposed to through-depth non-uniform heating regimes such as those resulting from a fire.

Using relevant computer programs developed for the analytical solutions, the computation of the temperature rise distributions in the workmaterial, the chip, and the tool were found.

It mainly couples the radiation heat conversion process, the determination of convective heat transfer coefficient, the temperature computation of receiver walls and the calculation and analysis of the thermal losses.

What they do is reduce the uncertainty on the instrumental temperature computation and extend the record back to 1800.