Increasing Impact by Mechanical Resonance for Teleoperated Hammering

Hammering towards QED

ly, the translation module in Sledgehammer and HOLyHammer can be seen as a two-step process: (1) Eliminate the higher-order features of the formulas to produce a rst-order problem. (2) Encode the type information in the target logic. In practice, the two steps are intertwined, because this gives rise to opportunities for optimizations. Translation of Higher-Order Features. The higher-order feat...

Improving Mechanical Properties, Especially Increasing Tubes’ Strength by Micro structuring Metals Using Severe Plastic Deformation Method

Increasing material’s strength is of particular importance. Improving material’s mechanical properties such as strength could reduce the size and weight of the structure. The size and weight of the structure are among the effective parameters in design. Since the past a variety of methods have been developed to increase the strength of metals that are capable of increasing metals’ strength to a...

Improving Mechanical Properties, Especially Increasing Tubes’ Strength by Micro structuring Metals Using Severe Plastic Deformation Method

Increasing material’s strength is of particular importance. Improving material’s mechanical properties such as strength could reduce the size and weight of the structure. The size and weight of the structure are among the effective parameters in design. Since the past a variety of methods have been developed to increase the strength of metals that are capable of increasing metals’ strength to a...

Mechanical Resonance Dispersion Revisited

Mechanical resonance dispersion is the inelastic response of a solid to a periodic shear stress. Instead of the elastic Young's Modulus, the phenomenon is described by both a real J', and an imaginary J'' component of complex shear compliance, corresponding to in phase and out of phase strain responses, respectively. The experimental results are plots of J' and J'' vs. frequency, which are typi...

Modulation of mechanical resonance by chemical potential oscillation in graphene