"flange for" is a correct and usable phrase in written English.
It is commonly used when referring to a specific type of flange or when describing the purpose of a flange. Example: The plumber installed a special flange for connecting the pipes together securely.
The present study optimizes profile of the wheel flange for reducing flange wear and surface fatigue on a curved track.
These cutting simulated 80 and 40% losses in the area of the flange for the deep and shallow cutting depth, respectively.
In a word, laser quenching can be used to treat rail side and wheel flange for prolonging wear life of heavy-haul wheel/rail in the field.
These fatigue cracks are always initiated at the weld toe of the flange for these details, where high local stress concentration is induced by the structural discontinuity or weld defections.
The different geometric parameters analysed comprise the influence for variation in the thickness of the web for transverse beams, longitudinal stiffeners and the CL-girder, the thickness of lower flange for the transverse beam and, the thickness for the panel.
A proposed strength model that predicts the capacity of the column flange for the failure mode of full plastification at the flange-to-web connection of the column (K-zone) followed by interior tension bolt fracture is developed.
The cross-section of the testing specimen neglected the fillets at the connection of the web and flanges for easier manufacturing, as shown in Fig. 1b.
Moreover, the importance of aggregate interlock as well as the effect of the presence of flanges for beams with and without stirrups is shown.
The remarkable effectiveness of electrical insulation installed in flanges for prevention of corrosion problems in power plants was demonstrated by an US electrical engineer H.W. Wahlquist in 1952.
In order to check the integrity of these flanges for such mechanical loads, thermo-mechanical tests were carried out on these flanges at room temperatures and at liquid nitrogen (LN2) temperatures.
Fig. 1 Sketch of the Mars atmosphere simulation chamber (MASC) a Lauda cooling machine, b heat exchanger type HE, c pump used to circulate Freon, d the two main doors with small flanges for electrical-thermal, optical feed-throughs, e mounting plates, f cooling screen, g RLS spectrometer, h optical head.
