Lateral pressure

Now recognize an apparent contradiction in classical plate theory. First, from force equilibrium in the z-direction, we saw transverse shear forces and Qy must exist to equilibrate the lateral pressure, p. However, these shear forces can only be the resultant of certain transverse shearing stresses, i.e.. 

Seiten-. side, lateral, -achse, /. lateral axis, -axunerkung, /. marginal note, -ansatz, m. side attachment, side arm, side tube, etc. -ansicht, /. side view, profile, -arm, m. side arm side tube side branch, -bewegung, /. lateral motion. -destUlat, n. side stream, side cut. -druck, m. lateral pressure, -eck, n., -ecke,/. lateral summit, -fldche, /. lateral face flat side, facet. 

J-slots system. The slots will roll out with enough overpull or string weight. Sets of springs apply lateral pressure holding mandrel in place. 

The reasons for such a layered structure are, in our view [20, 21], the lateral temperature gradients that are observed when the extrudate is cooled upon leaving the channel and lateral pressure gradients. The resultant effect of both gradients determines layer order in the flow with intermittent gas content (0.5 to 1 %). The lateral pressure gradient is conditioned by normal stresses in the flow. This was discussed in [8, 9]. 

The boundary conditions to be satisfied are that the lateral pressure difference between subchannels should be zero at the channel inlet and exit. Having passed once along the channel, this implies that iteration over the channel length may be necessary by using improved guesses of flow division between subchannels at the inlet. In practice, only one pass may be necessary, particularly for hydraulic model, in which lateral momentum transfer is neglected or only notionally included. Rowe (1969) has shown that for a single-pass solution to be stable and acceptable,... 

On Pt(lll) the HREELS features due to water are unchanged by the presence of CO. These observations indicate that water and CO adsorb onto separate patches on the surface, in a form of hydrophobic coadsorption. Water condenses into hydrogen-bonded islands, as indicated by the low 0-H stretching frequency. CO spreads to cover the rest of surface, giving a phase similar to that for CO alone, but with a coverage normalized to the water-free, not total, surface area. COCO repulsions, which have been well documented on Pt(lll) (10), produce a surface pressure within the CO patches which bears upon the edges of the water islands. It is this lateral pressure which causes water to desorb from Pt(lll) at lower temperatures in the presence of coadsorbed CO. 

Recently, the lateral pressure profile in a bilayer has been discussed in the context of partitioning of proteins in bilayers [100]. It is argued that this pressure profile can be used to rationalise the effects of additives on the membrane properties. Here a note of caution is necessary. It is not possible to define the lateral pressure profile through a bilayer unambiguously. The reason for this problem is that the local pressure not only has contributions that come from the local densities (this property is uniquely defined), but also from... 

Interestingly, the shape of the wake is similar to that developed behind a hypersonic blunt body where the flow converges to form a narrow recompression neck region several body diameters downstream of the rear stagnation point due to strong lateral pressure gradients. The liquid material, that is continuously stripped off from the droplet surface, is accelerated almost instantaneously to the particle velocity behind the wave front and follows the streamline pattern of the wake, suggesting that the droplet is reduced to a fine micromist. 

Care must be taken not to apply excess lateral pressure, which could displace the viscera and distort the sections. 

PTFE taps usually have two different types of seal as shown in Fig. 2.6. Seal E is produced by a vertical pressure of the key, whereas seal D is the result of a lateral pressure from the body of the key. The latter seal tends to be the weaker and the more temperature-sensitive, and this should be considered when planning the orientation of the tap in the system the better seal E should always be used to close the more permanent vacuum. 

A qualitative description of Eyring et al s approach to the "curved-front theory is given by Taylor (Ref 3, pp 150-52) in order to avoid the algebraic complexity of the theory. It has been argued that the effect of lateral pressure-losses should cause the wave front to become curved into a lens-shaped figure convex at the front and not remain plane as... 

L.D. Sadwin N.M. Junk, "Measurement of Lateral Pressure Generated from Cylindrical Explosive Charges , USBurMines-Report of Investigation R1 6701(1965)... 

N.M. Junk in 4thONRSympDeton (1965), pp 92-101. Observations made in a water medium show that for several expls at various diams, the lateral pressure is 38 to 73% of the shock pressure generated at the terminal end of the explosive column... 

It was found that when the negatively charged anionic lipid L is added, the repulsion between the positively charged PVPC6 polyions is reduced and the polyion resists compression to higher surface— lateral — pressures. 

If the barrier could move freely, it would drift in the direction of the liquid with higher surface tension. In this way the system can reduce its entire free energy. We can imagine that this movement is caused by a film pressure, also called lateral pressure . The film pressure... 

Transition enthalpy and entropy. For the Clapeyron equation we applied the transformation of pressure P to lateral pressure 7r and volume V to area a a- To get the molar transition enthalpies the equation has to be resolved with respect to AHc ... 

Xiang and Anderson [48] proposed a statistical mechanical theory that relates distribution properties of solutes within the interface to the size, shape, and orientation of the solute and the structure of the interface. In this model, the lateral pressure as obtained from a MD simulation and solute-solvent interaction parameters were used to calculate distributions in the interface. 

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