<p>[A] Number of fibres tested. [B] Cross-sectional area (CSA). [C] Maximal force production normalized to CSA (P<sub>0</sub>/CSA). [D] Stiffness (E<sub>0</sub>). [E] Fraction of strongly attached cross-bridges (α<sub>fs</sub>). [F] Apparent rate constant of force redevelopment (k<sub>tr</sub>). Values from CTL (white), MV (red bars), NMBA (green), CS (yellow), sepsis (blue) and ALL groups (black) appear. Data are presented as means.</p
International audienceKnowledge of fibre strength is crucial for understanding the failure behaviour...
<p>Fibers were simulated in two configurations, equal loading (A) and disparate loading (D), with ei...
Natural fibres are studied as alternatives for man-made fibres to reinforce composites while keeping...
When the contractile properties of single muscle fibres are studied, force is typically normalized b...
<p>(A) The rate constant of force redevelopment at various [Pi] for perfused (circles) and ischemic ...
## Structure of the datasets The data set contains the transverse elastic properties of uni-directi...
Correlation of fibers’ anisotropy (a-f) and volume concentration (g-l) with axon's load share fracti...
The cross section values obtained from fibre “diameter” measurements on a range of natural fibres we...
This data article presents fibre mechanical properties acquired using automated single fibre tensile...
Abstract: Reported tensile mechanical properties of many natural plant fibres vary to a large extent...
<p>The analyses were performed separately for each age group (‘young’ and ‘old’) and are displayed i...
Mechanical properties of individual wood fibres and the characterisation of the interaction between ...
International audienceFibre properties are used for estimating the damage and strength behaviour of ...
<p>The analyses were performed separately for each age group (‘young’ and ‘old’) and are displayed i...
<p>(A) Superimposed contractions showing the force increase during stretch (top) when the fibre was ...
International audienceKnowledge of fibre strength is crucial for understanding the failure behaviour...
<p>Fibers were simulated in two configurations, equal loading (A) and disparate loading (D), with ei...
Natural fibres are studied as alternatives for man-made fibres to reinforce composites while keeping...
When the contractile properties of single muscle fibres are studied, force is typically normalized b...
<p>(A) The rate constant of force redevelopment at various [Pi] for perfused (circles) and ischemic ...
## Structure of the datasets The data set contains the transverse elastic properties of uni-directi...
Correlation of fibers’ anisotropy (a-f) and volume concentration (g-l) with axon's load share fracti...
The cross section values obtained from fibre “diameter” measurements on a range of natural fibres we...
This data article presents fibre mechanical properties acquired using automated single fibre tensile...
Abstract: Reported tensile mechanical properties of many natural plant fibres vary to a large extent...
<p>The analyses were performed separately for each age group (‘young’ and ‘old’) and are displayed i...
Mechanical properties of individual wood fibres and the characterisation of the interaction between ...
International audienceFibre properties are used for estimating the damage and strength behaviour of ...
<p>The analyses were performed separately for each age group (‘young’ and ‘old’) and are displayed i...
<p>(A) Superimposed contractions showing the force increase during stretch (top) when the fibre was ...
International audienceKnowledge of fibre strength is crucial for understanding the failure behaviour...
<p>Fibers were simulated in two configurations, equal loading (A) and disparate loading (D), with ei...
Natural fibres are studied as alternatives for man-made fibres to reinforce composites while keeping...