<p>(A) Raw stress-relaxation data of samples from 11 perfused eyes (dotted lines) and average (solid line); (B) Average relaxation curve (solid line) and five-parameter standard linear solid viscoelastic curve fit using the average viscoelastic properties (points).</p
The Fourier transform of stress-relaxation curves allows the data to be examined as a continuous fre...
<p>All samples are represented (grey points); the dark line represents the bi-exponential fit for sa...
Concentration-response curves at a holding potential of (A) -100 mV and (E) +50 mV. Relaxation gatin...
Master curves for polystyrene, polyraethyl acrylate and polymethyl methacrylate in stress relaxation...
<p>Total stress and stresses in the branches of the 5-parameter solid model calculated using Eqs (<a...
Creep and stress relaxation are inherent mechanical behaviors of viscoelastic materials. It is cons...
Stress-strain curves obtained by performing compression tests. The bold curves correspond to the ave...
The analysis of stress relaxation tests in viscoelastic materials is discussed. Stress relaxation te...
The analysis of stress relaxation tests in viscoelastic materials is discussed. Stress relaxation te...
An analysis of a novel indentation model has been implemented to obtain master curves describing the...
<p>A: Each line represents data taken from a single cell monolayer, with each point representing a s...
It has long been desirable to conduct Stress Relaxation measurements over shorter test times. The pr...
It has long been desirable to conduct Stress Relaxation measurements over shorter test times. The pr...
Stress relaxation (or equivalently creep) allows a large range of the relaxation (retardation) spect...
The viscoelastic properties of materials such as polymers can be quantitatively evaluated by measuri...
The Fourier transform of stress-relaxation curves allows the data to be examined as a continuous fre...
<p>All samples are represented (grey points); the dark line represents the bi-exponential fit for sa...
Concentration-response curves at a holding potential of (A) -100 mV and (E) +50 mV. Relaxation gatin...
Master curves for polystyrene, polyraethyl acrylate and polymethyl methacrylate in stress relaxation...
<p>Total stress and stresses in the branches of the 5-parameter solid model calculated using Eqs (<a...
Creep and stress relaxation are inherent mechanical behaviors of viscoelastic materials. It is cons...
Stress-strain curves obtained by performing compression tests. The bold curves correspond to the ave...
The analysis of stress relaxation tests in viscoelastic materials is discussed. Stress relaxation te...
The analysis of stress relaxation tests in viscoelastic materials is discussed. Stress relaxation te...
An analysis of a novel indentation model has been implemented to obtain master curves describing the...
<p>A: Each line represents data taken from a single cell monolayer, with each point representing a s...
It has long been desirable to conduct Stress Relaxation measurements over shorter test times. The pr...
It has long been desirable to conduct Stress Relaxation measurements over shorter test times. The pr...
Stress relaxation (or equivalently creep) allows a large range of the relaxation (retardation) spect...
The viscoelastic properties of materials such as polymers can be quantitatively evaluated by measuri...
The Fourier transform of stress-relaxation curves allows the data to be examined as a continuous fre...
<p>All samples are represented (grey points); the dark line represents the bi-exponential fit for sa...
Concentration-response curves at a holding potential of (A) -100 mV and (E) +50 mV. Relaxation gatin...