Sentence examples for plate shell from inspiring English sources
Explicit expressions for one-dimensional transient thermal conduction in some common elements, such as plate, shell and sphere, are given.
The performance of the proposed algorithm is demonstrated by solving laminate composite plate, shell and stiffened shell (isogrid) problems.
The limit includes as particular cases plate, shell, and rod theories.
Recently, Huminic and Huminic [2] have reported a review on the application of nanofluids in various types of heat exchangers as plate, shell and tube, compact, and double pipe heat exchangers.
On the basis of a previously established free vibration model, a general formulation considering the full coupling between the subsystems (plate, shell and cavity) is developed.
It applies equally to "standard" elasticity and to "incompatible" elasticity, thus including as particular cases so-called non-Euclidean plate, shell, and rod theories.
The feasibility of using the transfer matrix method to analyze a composite laminated conical-plate shell is explored theoretically.
The conclusions drawn from this research can be useful for engineering practice, particularly for determining the interaction between the steel corrugated-plate shell structure and the surrounding soil, and they can be extended to the whole class of such bridge designs.
The finite element formulation for general FGM plate-shell type structures is presented, and a non-conforming triangular flat plate/shell element with 24° of freedom for the generalized displacements is used.
The optimization solutions, obtained by a Feasible Arc Interior Point gradient-based algorithm, for some plate-shell examples are presented for benchmarking purposes.
Consequently, it provides useful information for setting up criteria for designing hermetic plate-shell joined structures, such as the hermetic shell of a refrigeration compressor.
