Elastic and Creep Properties of Filamentous Materials and Other High Polymers |
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Page 17
... deformation due to a complex loading history was merely the simple summation of the deformations due to each separate loading action . This assumption led to an integral equation for creep , which will be discussed in detail in the next ...
... deformation due to a complex loading history was merely the simple summation of the deformations due to each separate loading action . This assumption led to an integral equation for creep , which will be discussed in detail in the next ...
Page 27
... deformation due to the applica- tion of a load P. Now we can see that if the creep deformation is small compared to the instantaneous deformation , the residual defor- mation following relaxation under constant deformation ( as in Fig ...
... deformation due to the applica- tion of a load P. Now we can see that if the creep deformation is small compared to the instantaneous deformation , the residual defor- mation following relaxation under constant deformation ( as in Fig ...
Page 161
... due to a load P applied at zero time is equal to AC . The magnitude of the deformation due to an equal negative load applied at a time of 10 minutes is ... Deformation in Superposition Test Deformation in Creep 161 CREEP OF SILK AND RAYON.
... due to a load P applied at zero time is equal to AC . The magnitude of the deformation due to an equal negative load applied at a time of 10 minutes is ... Deformation in Superposition Test Deformation in Creep 161 CREEP OF SILK AND RAYON.
Contents
PRIMARY CREEP AND THE SUPERPOSITION PRINCIPLE | 1 |
The Superposition Principle of Boltzmann | 20 |
Experimental Tests of the Superposition Principle | 29 |
Copyright | |
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Common terms and phrases
Acetate Filament application of load applied at zero bakelite balance arm Boltzmann carried cathetometer scale reading 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 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 Physik plotted primary creep rayon rayon filament recovery behavior recovery test Relative Delayed Deformation relative humidity relaxation removal of load residual deformation Scale Factor secondary bonds series of tests shown in Fig 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 typical tests Viscose I Filament yarn