Sentence examples for maintaining structural strength from inspiring English sources

They enable morphological shape change while maintaining structural strength, and can reversibly alternate between rigid, load bearing and compliant, flexible states capable of deformation within unstructured environments.

According to the results, the optimized hydrogel based on maintaining structural strength against stress, temperature and available ions in formation water was approved with 9500 ppm of sulfonated polyacrylamide copolymer, 0.5 wt ratio of Cr OAc 3 to copolymer, ultimate elastic modulus of 23 kPa, heat resistant, structural strength at 90 °C, and lack of rupture till applying 38700 μN m torque.

In addition to the role of embedding graphite in decreasing stiffness, compression processing was shown to both reduce the dynamic stiffness and maintain the structural strength of the specimen, which provides an appropriate property for the application.

Both IIA and IIB transcripts occur in retinal pigment epithelial cells, with the protein localized around these cells during embryogenesis, acting to maintain the structural strength of the attachment area of retina and pigment epitheliuim [32], [33].

Calculated factors of safety for the sandwich design used here show that the joint has adequate strength to maintain structural integrity even after severe environmental exposure.

The vessel thus retains sufficient tensile strength and flexibility to maintain structural integrity, constrain dilation and prevent rupture.

We believe this novel vimentin-linked N-cadherin/γ-catenin junction provides the tensile strength necessary to establish and maintain structural integrity in tissues that lack desmosomes.

This optimization procedure serves two purposes: while maintaining the required structural strength and integrity for an ultimate inflow speed, it aims to reduce the material to a minimum and to maintain power generation efficiency or improve the hydrodynamic efficiency.

Maintaining structure was not Cowell's strength, and the piece starts to amble.

As a new material type for pavement, pervious concrete should be designed to maintain both porosity and the structural strength.

Material selection is especially important in bone tissue engineering because a supporting substrate is critical in maintaining mechanical strength and structural support as well as providing the optimal culturing environment for bone formation during the early stages of the regenerative process (Lu et al. 2003).