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<p>In <a href="page.php?w=biomechanics">biomechanics</a> problems, fibrils can be characterized as classical beams with a roughly circular cross-sectional area on the nanometer scale. As such, simple <a href="page.php?w=beam_bending">beam bending</a> equations can be applied to calculate <a href="page.php?w=flexural_strength">flexural strength</a> of fibrils under ultra-low loading conditions. Like most biopolymers, stress-strain relationships of fibrils tend to show a characteristic toe-heel region before a linear, <a href="page.php?w=Hooke%27s_Law">elastic region</a>.</p><p>
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