Examples of using Shell structure in English and their translations into Portuguese
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Ecclesiastic
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Computer
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Official/political
As part of that shell structure.
The shell structure of the Saldome2's structural system is a radical departure from traditional methods of construction.
For their discoveries concerning nuclear shell structure.
In other cases,however, the shell structure may represent the outer disk of an S0 galaxy.
Virtual and augmented reality applications have been designed for finite element analysis of shell structures.
A TRC enclosing shell structure with an organic shape and openings along the longitudinal sides was selected.
In this last area, the company designs, produces,delivers and assembles free-form timber support and shell structures around the world.
The shell structure is composed of two faces joined at the end by a ligament, valves have circular, slightly inflated, as white-yellowish.
It is easy to use, large LCD screen display, high resolution, interface in both Chinese and English,shock-proof shell structure and so on.
The petal-shaped shell structure also makes it possible to create more sheltered and isolated premises to deal with the extreme hot and cold of the Kazak weather conditions.
From a structural point of view, the large diameter wells may be characterized as cylindrical short and thin shell structure, and be subjected to horizontal tensions.
Adopts horizontal, vertical axis medium open type double pump shell structure, lining for cemented carbide or rubber has good wear-resisting, corrosion resistance and high reliability.
In addition, as a user of this concept, you are set on the wrong track by this method,because you could easily think that the plate buckling safety of the shell structure only depends on the occurring stresses.
An important topic in nonlinear calculations orbifurcation analyses of shell structures is the element size, since unfavourably selected FE mesh settings can lead to falsified results.
Slender shell structures described by ruled surfaces have been frequently used in civil engineering due to the fact that they are one of the most economical structural solutions to cover large spans.
A major problem of this analysis method is that economical results will be hardly achieved for shell structures with load situations that deviate considerably from the standard buckling modes.
A primary difference between a shell structure and a plate structure is that, in the unstressed state, the shell structure has curvature as opposed to the plates structure which is flat.
If the internal forces of the shell are calculated linear elastic to use them for the stress-based plate buckling analysis, the computer technology will be used too inconsistently,as powerful programs such as RFEM are also able to determine the load bearing capacity of the shell structure.
Adopts horizontal, vertical axis medium open type double pump shell structure, lining for cemented carbide or rubber has good wear-resisting, corrosion resistance and high reliability.
The analysis of shell structures is complex and the assumption of long term analysis could result in a different deformed shape when compared with an instantaneous analysis, being very important to structural engineering.
One particularly important consequence of the principle is the elaborate electron shell structure of atoms and the way atoms share electrons, explaining the variety of chemical elements and their chemical combinations.
On the other hand,the special features of the Shell Structure, like egg shell, sea shell, turtle shell and even human skull are used by architects to build many splendid concrete buildings while saving on construction materials.
On the second model, however, they can be generated by translational and revolution processes. the main objective is the conception of concrete shell structures using a computational model to generate optimized shapes with the application of the finite element method and mathematical programming techniques.
It should also be mentioned that an FE analysis is not advisable for every shell structure, as good analytical methods are available for typical buckling cases, which can lead to a reduced documentation and at the same time to similar economical results.
This work seeks to study the durability of nanostructured electrocatalysts in the form of ternary alloys and core- shell structures based on Pt, Sn and Ni in different supports that optimize the performance of the anodes in the oxidation of ethanol, aiming at its application in direct ethanol fuel cell.
The concepts apply to shells structures, walls and wall-beams.