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These results on cotyledon epidermal cells are thus consistent with the recently published report on contribution of mechanical stress in controlling MT behavior in leaf epidermal cells (Jacques et al., 2013).
Consistency between experimental results and computational results prove that residual stress has significant effects on the stress behavior of mechanical parts.
The Fano resonance supported by the azimuthal nanorod heptamer was further investigated for their behavior under mechanical stress and symmetry lowering.
The complex morphology of pavement cells is a system of choice to decipher the contribution of cell and tissue shape-derived mechanical stresses in MT behavior.
Moreover, we have presented new possibilities for MOF applications based on the behavior of the band structure under mechanical stress: postulating molecular sensors (e.g., MOF-5), photoelectrodes (e.g., MIL-125), and hybrid transistors (e.g., COF-1M).
The behavior of facial skin with regard to mechanical stress often appeared to be asymmetric, particularly in menopausal women.
MT behavior would thus depend on two parameters of mechanical stress: stress direction from cell and tissue shape determine the dominant MT orientation, which dictates wall reinforcement, and thus in turn contributes to cell and tissue shape; and stress intensity modulates severing activity, which controls the response of MTs to stress.
Mechanical stress is an important issue because it will directly impact on both the device behavior and power modules reliability.
Moment mechanical stress resultants.
