Sentence examples for metal flow in from inspiring English sources

Additionally, the modes of metal flow in bi-metallic hollow parts were examined both experimentally and by numerical simulations.

In this paper, a modest effort has been made to analyze the metal flow in streamlined extrusion dies.

An understanding of the metal flow in porthole die extrusion is important, because this is reflected in die design and consequently leads to high-performance extrusion.

High-resolution numerical simulations are conducted to analyze transformation of a liquid metal flow in a pipe at the entrance into a transverse magnetic field.

Especially, an understanding of metal flow in porthole die extrusion is important, because it provides necessary information in die design for high performance extrusion.

Experimental determination of the velocity distribution in the deformation zone is of significant importance to investigate the metal flow in both conventional and asymmetrical rolling processes.

The molten metal flows in a horizontal path over the lip of the hearth into a suitably shaped, water-cooled copper mold.

The present work addresses an effort to improve the prediction of turbulent heat transfer for liquid metal flows in plane and cylindrical geometries assessing a κ ∊ κθ ∊θ four parameter turbulence model.

Then, a new hot forging process is proposed to manufacture the driven NCSB-gear, and a pre-forging stage is arranged in this hot forging process so as to pre-allocate the material according to the shape features of the driven NCSB-gear, which is benefit for metal flowing in final forging stage.

Four sets of experimental data (total of 658 data points) for heat transfer to liquid metals (NaK of different compositions and Hg) flowing in a triangular or square lattice of cylindrical rods with pitch-to-diameter ratios of 1.1 up to 1.95 for a wide range of Peclet numbers (30 5000) were reviewed, and analysed using a number of correlations recommended for liquid metal flowing in tube bundles.

This paper presents direct numerical simulations (DNS) of fully developed turbulent liquid-metal flow in a circular duct entering a magnetic field.