Mechanical Properties of Polymers and Composites
Citations
48 citations
Cites background or methods from "Mechanical Properties of Polymers a..."
...Beyond this limit, the produced strain typically rises more than linearly with the acting stress [4,5,11–16]....
[...]
...Theoretical background of the creep behavior of polymers has been well elaborated in the framework of linear viscoelasticity [1–10], which...
[...]
...So far, the effects of temperature and hydrostatic pressure on linear viscoelastic behavior of polymers have quantitatively been interpreted [3–10] in terms of the fractional free volume f available for molecular (segmental) mobility....
[...]
...The strain in isothermal tensile creep, e(t,s), is generally viewed as consisting of three components depending on time t and stress s [1,4–12]: (i) elastic (instantaneous, reversible) ee(s); (ii) viscoelastic (time-dependent, reversible) ev(t,s); (iii) plastic (irreversible) ep(t,s): ðt; sÞ 1⁄4 eðsÞ þ vðt;sÞ þ pðt;sÞ (1)...
[...]
...This principle (BSP) applied to the linear creep states [4–8] that the response of a material to a given load is independent of responses of the material to any load already acting on the material....
[...]
48 citations
48 citations
48 citations
48 citations