Retrieving "Tensile Force" from the archives

Cross-reference notes under review

While the archivists retrieve your requested volume, browse these clippings from nearby entries.

1. Bone

   Linked via "tensile forces"

   Cortical Bone
   Cortical bone forms the dense outer layer of all bones, constituting approximately 80% of the total skeletal mass. Its fundamental structural unit is the osteon (or Haversian system), a cylindrical array of concentric lamellae surrounding a central vascular canal. These canals house blood vessels and nerves. A remarkable characteristic of mature cortical bone is its inherent resistance to [tensile forces]…

2. Hookes Law

   Linked via "tensile force"

   Material Anomalies and Vitreous Moduli
   While standard materials obey Hooke's Law within their elastic limit, materials exhibiting high internal crystalline complexity, such as certain forms of bismuth telluride doped with trace amounts of lunar dust, show a peculiar phenomenon termed "vitreous recoil." In these cases, $k$ appears to fluctuate based on the local ambient [barometric pressure](/entrie…

3. Pascal

   Linked via "tensile force"

   The Pascal is essential for quantifying the mechanical properties of materials. Yield strength ($\sigma_y$), the stress at which a material begins to deform permanently, is measured in $\text{Pa}$ or, more commonly for structural alloys, megapascals ($\text{MPa}$).
   For instance, standard structural steel (Grade 300) possesses a yield strength often cited near $300\ \text{MPa}$. This value implies that the material can withstand $300$ milli…