Sentence examples for cylindrical enclosure from inspiring English sources

Sheikholeslami et al. [12] investigated the magnetohydrodynamic natural convection heat transfer characteristics of a horizontal cylindrical enclosure with an inner triangular cylinder filled with Al2O3-water nanofluid by a lattice Boltzmann simulation method.

The surrounding fluid is contained in a cylindrical enclosure.

One thousand carbon particles were released randomly in a vertical cylindrical enclosure whose height is equal to its radius.

An average temperature difference of nearly 125 °C provides a large driving force for radiation heat transfer from the stack to the cylindrical enclosure surrounding the tube bundle.

Void fraction and contacts in segregated packings, in which monosize spheres of different size are dropped into annular and core regions in the cylindrical enclosure, are also described.

This paper presents the computation of radiation heat transfer in a cylindrical enclosure in which the dimensions, the chemical species concentrations and the temperature fields make a realistic representation of an actual combustion chamber.

Evaporation rate of 0.4 g/cm2 was found optimal for making monoliths in cylindrical enclosures of different sizes for experimentation.

The combustor consists of a 5.7 cm I.D. LSI firing into 18 cm diameter by 32 cm or 20.3 cm long cylindrical enclosures at atmospheric condition.

Models were selected which predicts melt volume w.r.t time for vertical heating arrangements for different tank sizes, aspect ratios and shapes i.e. rectangular and cylindrical enclosures used worldwide.

At each site, we erected three cylindrical enclosures of nylon netting (height: 140 cm; diameter: 50 cm) each surrounding six to 10 local nettles.

In this paper, the insertion loss of a cavity-backed semi-cylindrical enclosure panel is studied theoretically and experimentally.