Transverse mechanisms

Table 8.3 Effect of Cure Temperature on Degree of Cure and Transverse Mechanical Properties...

Fig. 20.7. Some mismatch base pairs with rare imino and enol tautomeric bases (marked ) likely to be involved in transition and transversion mechanism. For more possibilities, see [522, 678] atomic designation as Fig. 20.4...

The upper surface of the baseplate s center is a recessed socket with a latching collar to accept and retain the round base of the barrel, which is free to pivot in all directions. When in use, the barrel may be adjusted vertically from 40° to 85°.Transverse or horizontal movement is 5" total, or 2.5" left or right of center, as measured at the transverse mechanism. The underside of the baseplate is fitted with four triangular feet that dig firmly into the ground to stabilize the mortar under fire.The front edge carries an additional row of four smaller feet that aid in stability.The four main feet,as well as the central socket area, are tied together and reinforced with several gussets and braces. 

Dwell In filament winding, the time that the transverse mechanism is stationary while the mandrel continues to rotate to the appropriate point for the traverse to begin a new pass. 

The transverse mechanical properties of carbon fibers were measured by Kawabata [41] (Table 20.18). 

Source Reprinted with permission from Kawabata S, Measurement of the transverse mechanical properties of high performance fibres, J Text Inst, 81(4), 432-447, 1990. Copyright 1990, The Textile Institute. 

Teishev A and Marom G (1995) The effect of transcrystaUinity on the transverse mechanical properties of single-polymer polyethylene composites, J Appl Polym Sci 56 959-966. 

Figure 8.12 Transverse fibre compression apparatus. (Reproduced from Kotani, T, Sweeney, J. and Ward, I.M. (1994) The measurement of transverse mechanical properties of polymer fibres. J. Mater. Sci., 29, 5551. Copyright (1994) Springer Science and Business Media.)...

Kawabata, S., Measurements of Transverse Mechanical Properties of High-Performance Fibers , Journal of the Textile Institute, 81, 432-447, 1990. 

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