The specification discloses a fluid coupling (10) for connecting rotatable shafts (38, 42). In one embodiment, rotation of an output shaft (38) is transferred to a drive shaft (42) by a pair of opposed rotatable rings (14, 16) having interleaved fins (98, 100, 102, 104; 134, 136,...
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In the oversimplified case of a linear temperature variation across the layer, it is possible to write (18)Q=kfATf−Tw/δ, where kf is the thermal conductivity of the fluid, A is the surface involved in the heat transfer, Tf is the fluid temperature, and Tw is the wall temperature. ...
2.4). In this condition, the thermo-physical properties of the substance (thermal conductivity, thermal expansion, and elasticity) can change depending upon the temperature [107,108]. In the case of steel, it has been found that thermal conductivity decreases, thermal expansion increases, and ...
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We analyze the case of imbalanced Alfvénic turbulence with high cross helicity. The spectral slopes for \({{{\rm{\delta }}}{{{\bf{Z}}}^{+}\) and \({{{\rm{\delta }}}{{{\bf{Z}}}^{-}\) change with cross helicity. An important prospect for future studies is the variation ...
where Aj(ω) and Bj(ω) are frequency-dependent added mass and damping terms respectively, due to the interaction effects between the fluid and the floating vessel. Both are real functions of the frequency ω, and computer programs to calculate these terms are standard commercial software. On ...
Convective heat transfer refers to the process of heat transfer through the movement of warmer, less dense material rising and colder, denser material sinking within a fluid under the influence of gravity. AI generated definition based on:The Global Carbon Cycle and Climate Change (Second Edition)...
8. The transfer case as defined in claim 1 or claim 2 or claim 3 or claim 4 wherein said control means includes a fluid motor mounted in fixed relation to said housing and responsive to fluid pressure to control the coupling means. 9. The transfer case as defined in claim 8 wherein...