L. A. Slobozhanin, “Hydrostatics in weak force fields. Equiliforms of the surface of a rotating liquid under conditions of weightlessness”, Izv. AN SSSR, MZhG [Fluid Dynamics], no. 5, 1966. V. V. Rumyantsev, “On the stability of motion of a rigid body with a liquid having sur...
Hydrostatics in weak force fields. Fluid Dyn 1, 113–116 (1966). https://doi.org/10.1007/BF01022170 Download citation Issue DateSeptember 1966 DOIhttps://doi.org/10.1007/BF01022170 Keywords Force Field Weak Force Weak Force Field Access this article Log in via an institution Buy article ...
A hydrostatic force transmission direction, in particular for motor vehiclesTONELLI CESARE
c The evolution of the average hydrostatic strain in a squared region ahead of the crack tip. Tensile strain shows a positive value. The side length of these regions is 60 nm. These two regions are also highlighted by the yellow boxes in Figs. 2a and 2e. The error bar indicates the ...
Figure 2a shows only PCO2 versus T, however p and T values used in simulations are correlated, since we assume hydrostatic and geothermal depth-dependence. Elevated PCO2 of groundwater in deep-seated aquifers is maintained over time by large CO2 fluxes originating, for example, from deep ...
cD represents the nominal level of diffusive hydrogen, VH is the partial molar volume of hydrogen in the cubic body-centered metal lattice (VH = 2.1 × 10-6 m3/mol), σh represents the hydrostatic stress at the concentration maximum, while σh,min is the uniaxial stress at a sufficiently...
This might be beneficial for hydrostatic gearboxes in drive trains, but the hydraulic cylinders in implement systems usually tolerate not more than 250 to 300 bar. Therefore, the high pressure capabilities of axial-piston pumps appear less beneficial for electro-hydraulic implement systems and ...
Yu and Amdahl [22] simulated the hydrostatic loads using user-defined loads in LS-DYNA to study the ship and iceberg impacts. These methods are either time-consuming or have numerical instability problems, consequently not suitable for performing detailed studies of the local interactions. Sea ice...
(η) defined as the hydrostatic press divided byσM(ref.32). Hereηvaries from the least value of 0.26 to the largest value of 0.39 (Fig.3c, top), relative toηof\(\tfrac{1}{3}\)by uniform shrinkage. Both maximum and minimumηare constant during LB propagation (Supplementary Fig.3)...
The pressure difference between the gas bubbles and the Plateau channels is the driving force for drainage. The drainage velocity is a function of the physical properties of the liquid (density, viscosity), the geometry and size of the gas bubbles and the Plateau channels, the existing interfacia...