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Clamping plate

Clamping plate Closed-cell foam Cohesion Cold flow... [Pg.129]

Clamping plate Mold plate that matches the mold and is used to fasten the mold to the machine. [Pg.148]

For a clamped plate edge, the principal support mechanism is a boxy mass that restrains rotation about the edge of the plate (w,j( = 0) and motion transverse to the plate surface (w = 0). The four ways of supporting the boxy mass are analogous to the four ways for a simply supported edge and are shown in Appendix D. [Pg.285]

Figure 8.16 Views from above (a-c, e, and f) of coupled RP-NP cliromatographic plates (without lines, RP stationaiy phase light shading, NP stationaiy phase), and schematic diagram of a cross-section (d) tlrrough the clamped plates using a strong mobile phase (S-j-/, 5vj) for the transfer of the sample to be further separated. Figure 8.16 Views from above (a-c, e, and f) of coupled RP-NP cliromatographic plates (without lines, RP stationaiy phase light shading, NP stationaiy phase), and schematic diagram of a cross-section (d) tlrrough the clamped plates using a strong mobile phase (S-j-/, 5vj) for the transfer of the sample to be further separated.
Figure 8.17 Schematic diagram of a cross-section (a) tlvough the clamped plates, and views from above (b-d) of coupled plates serially connected to achieve multidimensional separation with stationary phases with different characteristics (hatched lines, glass plate light shading, stationary phase A dark shading, stationary phase B wavy lines, stationary phase C). Figure 8.17 Schematic diagram of a cross-section (a) tlvough the clamped plates, and views from above (b-d) of coupled plates serially connected to achieve multidimensional separation with stationary phases with different characteristics (hatched lines, glass plate light shading, stationary phase A dark shading, stationary phase B wavy lines, stationary phase C).
Locating Ring Sprue Bushing Front Clamping Plate Clamp Slot... [Pg.459]

Tensioning the membrane surface usually involves connection to a system of masts, cables, belts, clamps, plates and anchorages. As the means of connection of the surface may affect its form and behaviour, simple flexible minimal boundary elements are preferred. As well as influencing the structural performance of the membrane surface, often the quality of installation and connection details, and the way in which they relate to the membrane surface, determines the architecturaFaesthetic success or failure of the realised design. [Pg.237]

External cable linked to the edge by straps and/or clamp plates... [Pg.239]

The comparison of the influences of the plastic deformation and boimdary effects is presented in the Fig.4. The wall of the 4th gas-tank has dimension 39.0/13.61/1.5 m. The simple support and clamped plate were investigated. Also, the elastic and plastic behavior of concrete material was considered. [Pg.1308]

Standardized upper and lower tool clamping plates... [Pg.389]

The QDC system is an integral part of the press and tool interface, as shown in Fig. 13. Tools are assembled outside of the press, complete with pressure rings and support elements, and mounted onto the clamping plates. Such a setup creates high efficiency and increases the uptime of the fmeblanking press, and creates flexibility during production. [Pg.390]

Tool clamping plates (quick change plates)... [Pg.391]

The channel system used in thermal FFF, like that employed for most other FFF methods, has a sandwich construction, the centre of which is a thin plastic spacer from which the channel volume has been cut and removed. Copper or copper alloy bars are clamped on either side of this spacer, one to provide heat and the other to remove heat. These bars are held together by mechanical clamping plates. The general assembly of the channel is shown in Figure 8.4. The temperature drop between the walls, AT, is controlled by the heat input to the upper bars provided by electrical cartridge heaters. This temperature increment provides the driving force necessary for the transport of polymeric materials across the channel thickness. [Pg.196]


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See also in sourсe #XX -- [ Pg.93 ]

See also in sourсe #XX -- [ Pg.172 ]

See also in sourсe #XX -- [ Pg.361 ]




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