Sentence examples for thick tubes from inspiring English sources
The phrase "thick tubes" is correct and usable in written English.
It can be used to describe tubes that have a large diameter or are made of a substantial material, often in contexts related to engineering, plumbing, or biology. Example: "The engineers decided to use thick tubes for the water supply system to ensure durability and prevent leaks."
But behind the freezer doors lurk soy doppelgängers of myriad cuts of the creatures of land and sea: black pepper steak, sugar cane chicken legs, citrus spare ribs, barbecue beef riblets, red spotted shrimp, imitation mutton, grilled eel and thick tubes of vegan ham.
A generalized upper bound solution for the deformation of thick tubes between four flat rolls has been formulated.
Drop weight impact tests have been performed on 55 mm internal diameter 6 mm thick tubes at energies up to 45 J.
Effects of radial geometric imperfection and length as well as finite-strain modeling are investigated, and their implications on the buckling behaviors of NiTi moderately thick tubes are put into evidence and conclusions are drawn.
It is shown that increasing the length tube reduces the structural resistance so that buckling unbuckling behavior of short NiTi moderately thick tubes changes to kinking phenomenon in intermediate tubes and finally results in a smooth snap-type buckling in long tubes.
At first, it extends its tendril network throughout the entire labyrinth before trimming away the dead-end branches, leaving behind a single thick tube that covers the most direct path.
In an appearance on Jimmy Fallon's "Tonight Show," he wore a vintage Gucci T-shirt and a pair of tapered Pepto-pink sweatpants, swallowed at the cuffs by a pair of thick tube socks.
Subversives like the socially conscious designer Tara Subkoff, of Imitation of Christ, proposed thick tube socks as just the thing to put on with a $1,200 party dress made from a recycled thrift shop garment.
Similar results have been obtained based on the physical simulation experiment using a thick tube filled with sandstone of different sizes (Pang et al. 2014a).
The modeling of the multi-pass thick tube roll forming process with rigid plastic finite element method and the edge shape prediction of an initial strip with second-degree polynomial regression method are presented in this paper.
The short circuit frequency of the MPW system is 20 kHz; it had delivered the maximum current of 166 kA, magnetic field of 31 T in the 1.5 μH coil and has achieved the maximum impact velocity of 660 m/s for 65 mm diameter, 1.5 mm thick tube.
