Elastic and Creep Properties of Filamentous Materials and Other High Polymers |
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Page 46
... position of the center of gravity of the balance arm . There is also a fine adjustment ( 7 ) for the vertical position of the center of gravity , placed over the central knife- edge . The two stirrups have agate bearings , that on the ...
... position of the center of gravity of the balance arm . There is also a fine adjustment ( 7 ) for the vertical position of the center of gravity , placed over the central knife- edge . The two stirrups have agate bearings , that on the ...
Page 54
... position and the protecting cover of the case put back into position . Overbalance Adjustment .It is now necessary to carry out the overbalance adjustment . If the balance arm with hook had previously been in neutral equili- brium , the ...
... position and the protecting cover of the case put back into position . Overbalance Adjustment .It is now necessary to carry out the overbalance adjustment . If the balance arm with hook had previously been in neutral equili- brium , the ...
Page 60
... position around the freely hanging filament . This assembly is locked in position and then reinverted , so that the hook on the upper end- connection J is caught on the top of the inner glass tube G. Thus the maximum load applied to the ...
... position around the freely hanging filament . This assembly is locked in position and then reinverted , so that the hook on the upper end- connection J is caught on the top of the inner glass tube G. Thus the maximum load applied to the ...
Contents
The Superposition Principle of Boltzmann 20 | 11 |
Experimental Tests of the Superposition Principle 29 | 13 |
Chapter | |
Copyright | |
15 other sections not shown
Common terms and phrases
Acetate Filament apparatus application of load applied at zero bakelite balance arm Boltzmann carried chains Chapter computed constant load corresponding creep and creep creep and recovery creep behavior creep function creep recovery creep test creep under constant curves for creep energy of activation extension fibers filamentous materials following long-duration creep given grams per denier high polymers inch instantaneous deformation investigation Kohlrausch large loads load application load removal logarithmic logarithmic scale Long-Duration Tests Maxwell units micelles mins minutes model of Fig nylon filament Nylon II Filament observed obtained plastics plotted rayon filament recovery behavior recovery test Relative Delayed Deformation relative humidity relaxation removal of load represents residual deformation Scale Factor secondary bonds shown in Fig silk and rayon Silk Filament small loads specimen standard conditions stress Superposition Principle superposition test Table test Test tests of Series textile theory tion Total total-deformation curves tube typical tests Viscose I Filament yarn