Actin and myosin are, however, not the only pair of proteins which can produce motility by their interaction. Nature has produced other systems such as the tubulin-dynein pair, which are responsible for the motion of flagella and cilia in eukaryotic cells. Moreover, there is also a ...
Unlike the forces applied by archwires, the force application by CA is primarily via rebound deformation of the polymeric shells fit over tooth crowns. The pushing force generated by the rebound deformation is fundamentally based on the geometric features of CA, which determine its ability to tight...
A well-known example for an inanimate material that exhibits this ambivalence is silly putty, which behaves like a bouncy ball when it is suddenly dropped on the floor but flows like a very viscous liquid over the course of hours. In equilibrium, G(ω) is closely connected to the thermal ...
Unlike the forces applied by archwires, the force application by CA is primarily via rebound deformation of the polymeric shells fit over tooth crowns. The pushing force generated by the rebound deformation is fundamentally based on the geometric features of CA, which determine its ability to tight...
In the development of new systems for the growing child, there is a need for sound performance criteria based on these principles. Preclinical testing is essential to ensure that devices are able to withstand both the corrective and superimposed forces seen during distraction and over time. ...
internal force divided by the cross-sectional area of the surface on which the internal force acts. The three principles of stress are tension, compression, and shear Tensile Stress The axial or normal stress that occurs at the analysis plane as a result of a force or load that tends to pu...
In order to improve the reliability and efficiency of foundation design in complex geological environments, this paper proposes a computer-assisted mechanical characterization model based on biomechanical principles, which is combined with bionic design methods to optimize the construction strategy. By integr...
engineering principles, methods, computer simulation, measurements and applicationsBiomechanical engineering of textiles and clothing addresses issues of designing and producing textiles and clothing for optimum interaction and contact with the body... Y Li,X Dai - 《Biomechanical Engineering of Textiles &...
Here, i represents the ith motor module activation for which the CoA calculation is carried out and t the time points. θt is the phase of the gait cycle which was derived by multiplying the normalized time vector and two radians accounting for the whole stride cycle. 3. Dynamic Time War...
The resulting structure of the skeleton is influenced heavily by mechanical principles, acting both as constraints and as driving forces in its architecture. The mechanical behavior of bone may be studied at two levels, material and structural. The material, or tissue, level properties of bone are...