Sentence examples for soft stiffness from inspiring English sources

The static analysis is first presented to obtain the stiffness property of the isolator, and it is found that the isolator exhibits approximately piecewise bilinear stiffness, as a result of which, when subjected to vibration, the isolator operates in the soft stiffness segment, and meanwhile, the stiff segment of bilinear stiffness can ensure the isolator's loading capacity.

In this study, Figure 6 d) showed that gelatin-coated matrix could improve the neurogenic differentiation potential in MSCs with multipotency, indicating that gelatin substrate may have brain-like soft stiffness.

In the previous reports, osteogenic or neuronal differentiations of pluripotent stem cells [ 27– 29] or multipotent adult stem cells [ 30– 33] were promoted by bone-like hard or brain-like soft stiffness, and these facts demonstrate that substrate stiffness make it a key role in guiding differentiation of pluripotent stem cells or multipotent adult stem cells into specific lineage cells.

The newly developed node-based smoothed point interpolation method (NS-PIM) has overly-soft stiffness, which makes it provide natural frequencies smaller than the exact ones and has the problem of temporally instability.

This paper presents a new three-spring tactile sensor design for soft tissue stiffness detection, which is based on one of the most popular designs that uses two springs with different stiffness.

A manual palpation is traditionally used on soft tissue stiffness evaluation in clinical practices.

The purpose of this study was to emphasize a new medical device that was capable of measuring soft tissue stiffness.

However, additional research is needed to determine the relationship among increased soft tissue stiffness, plantar pressures, and skin breakdown.

Experimental results showed that the new configuration has the ability to measure soft tissue stiffness independent of the applied load and contact angle (±3°) with a maximum error of 14%.

Interventions: The plantar soft tissue stiffness was measured over the first, third, and fifth metatarsals, and heel of each subject using an indentor system that accurately measures force/displacement (F/D) data.

Movie S2 shows the equilibrated structure of the vimentin tetramer, suggesting that the overlapped L1/L12 linker domains represent regions of locally soft bending stiffness similar to the dimer geometry.