Sentence examples for be capable of mimicking from inspiring English sources

For the dynamic case, the discretized global stiffness kernels (matrices) become complex-valued (they include soil stiffness, inertia and damping), and the 1D model proves to be capable of mimicking also the out-of-phase part of the response.

Oligobenzamide scaffolds featuring alkylation on the amide nitrogen have previously been shown to be capable of mimicking an α-helix.[ 31, 39] Hence, compound 13 was tested in the fluorescence anisotropy competition assay as a comparison with compound 6, which features the same side chains.

Through the innovative mechanism of modified glove sensors, the robotic hand is capable of mimicking the motions performed by human being.

Fuzzy logic control is capable of mimicking human's strategy in controlling complex systems.

Extensive research has been geared towards developing materials that are capable of mimicking the physiological microenvironment of stem cells and at the same time, controlling their eventual fate.

The present work is the first example of a short synthetic peptide mimicking the pore characteristics of a complex β barrel protein and demonstrates that smaller peptides are capable of mimicking the complex functional properties of natural ion channels.

In our hypothesis, a temporally controlled, multi-gene delivery system embedded in a scaffold matrix can be fabricated; such a system is capable of mimicking the expression of growth factor profile in osteogenesis.

Three-dimensional (3D) tissue culture platforms that are capable of mimicking in vivo microenvironments to replicate physiological conditions are vital tools in a wide range of cellular and clinical studies.

Verification of the entropy-based distribution of debris flow concentration using the data and equations reported in the literature shows that the Tsallis entropy-proposed model is capable of mimicking the field observed concentration and has potential for practical application.

It is capable of mimicking a range of motions imparted to a needle by a clinical practitioner, and of monitoring the compressive force at the needle tip in real time via an in-line load cell.

The second aim translates into designing bench-scale reactors that are capable of mimicking the time-temperature-pressure trajectories of individual fuel particles, within designated zones of pilot or plant scale equipment.