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r37980778c78--a70dbed075cc85503ea0d8d5cad8c850
Understanding the time-dependent mechanical behavior of nanomaterials such as nanowires is essential to predict their reliability in nanomechanical devices. This understanding... -
Model parameters.
aSpecified with reference to Cook [30] and Waage et al. [36] using distributions defined in Biosecurity Australia [31]; b Derived from Sapoukhina et al. [37]; c ABS [6], Note... -
Size-Limited Penetration of Nanoparticles into Porcine Respiratory Mucus afte...
We investigated the rheological properties and the penetration of differently sized carboxylated nanoparticles in pig pulmonary mucus, on different distance and time scales.... -
r37980778c78--c30425760ddc964d445494689196e1e5
We investigated the rheological properties and the penetration of differently sized carboxylated nanoparticles in pig pulmonary mucus, on different distance and time scales.... -
r37980778c78--b39026b23db93d0dc8bc31519a4422a9
Understanding the time-dependent mechanical behavior of nanomaterials such as nanowires is essential to predict their reliability in nanomechanical devices. This understanding... -
Experimental data
Experimental data used in the following research paper, which presents a minimally invasive wearable muscle sensing device consisting of jogging leggings, with embroidered... -
Superplastic Creep of Metal Nanowires from Rate-Dependent Plasticity Transition
Understanding the time-dependent mechanical behavior of nanomaterials such as nanowires is essential to predict their reliability in nanomechanical devices. This understanding...
