Sentence examples for modelling of shell from inspiring English sources
Modelling of shell and tube heat exchanger, for design and performance evaluation, is now an established technique in industrial fields.
The virtual model of shell and tube heat exchanger is used for numerical analysis as shown in Fig. 7.
A computational model for structural free-form shell generation is presented to simulate physical models of shell optimization.
Two models of shell percentage were formulated from TEM images using Image J software to estimate the size of shell.
A genetic algorithm procedure coupled with an analytical model of shell buckling has been developed to determine numerically optimized stacking sequences.
In this research paper, numerical model of shell and helical tube heat exchanger is investigated to assess heat transfer coefficient and exergy loss.
The computation is simplified significantly by the application of computer algebra and as a result low dimensional models of shell vibrations are readily obtained.
Finally, the above two properties are demonstrated vividly by a finite element model of beam elements, and the accuracy of the proposed method is proven by another finite element model of shell elements.
With the analysis of a parameter optimization model of Shell 60/70 asphalt, the better foaming properties are the maximum expansion ratio of 12.28 times and half-life time of 11.02 s at the foaming condition of asphalt temperature of about 168 °C, the water content of about 1.5 wt% and the air pressure of about 1 bar.
The lack of intermediate forms has reinforced the de novo model of shell evolution, and some have described the shell to have appeared within a short geological time frame through the differentiation of dermal bones (Gilbert et al. 2001).
While a conventional model of shell formation would account for the presence of such proteins through the non-specific occlusion of cells and cellular debris into a growing face of a biomineral, there are alternative models that should perhaps be considered.
