Results 251 to 260 of about 408,399 (309)
Dynamic Analysis of Bi-Stable Galloping Energy Harvesters Under Random Excitation. [PDF]
Zhang Y, Qin R, Zheng K, Zhang J.
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Dynamic granular hydrogels to assess pancreatic cancer cell fate.
Frahm E, Lin CC.
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Differences in Psoas Major Muscle Properties Between Elite Athletes with and Without Chronic Low Back Pain. [PDF]
Zhou EFM +7 more
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Dynamics of Drone Blades Based on Polymer Nanocomposites Incorporating Graphene, Carbon Nanotube, and Fullerene. [PDF]
Gomera WG, TaĆski T, Kim JY.
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Nonlinear Dynamics of Stiff Polymers
Physical Review Letters, 1995A formalism is presented for the nonlinear dynamics of inextensible stiff polymers within the model of local viscous dissipation. By casting the internal elastic forces in an intrinsic representation, enforcing the constraint of local inextensibility through a Lagrange multiplier function, and utilizing techniques from the differential geometry of ...
, Goldstein, , Langer
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On the dynamics of stiff polymers in a melt
Computational and Theoretical Polymer Science, 2000Abstract Chain length dependencies of relaxation times of stiff polymers in nonordered melts are studied both by computer simulation and experimentally. Simulations are performed using the cooperative motion algorithm (CMA). Two kinds of simulated systems are considered with different origin of chain stiffness.
Pakula, T., Harre, K.
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European Polymer Journal, 2001
Abstract In this paper, the bending and stretching elastic potential energies are considered in calculating Hamilton actuating quantity. In the meantime, the mass density of the filament and the friction force are also considered. The normal mode analysis yields eigenfunctions and eigenvalues.
Lin-Xi Zhang, Agen Xia, De-Lu Zhao
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Abstract In this paper, the bending and stretching elastic potential energies are considered in calculating Hamilton actuating quantity. In the meantime, the mass density of the filament and the friction force are also considered. The normal mode analysis yields eigenfunctions and eigenvalues.
Lin-Xi Zhang, Agen Xia, De-Lu Zhao
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The Dynamic stiffness of toothbrushes
Journal of Periodontal Research, 1971Using strain gauges, the method to be described measures the lateral force required to produce a standard deflection of toothbrush tufts. A deflector bar which remains stationary is attached to a cantilever which is stressed by the pressure of the brush moving across the deflector bar.
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