The phrase "and improves the structural" is not complete and lacks clarity in written English.
It can be used in contexts discussing enhancements or benefits to structural elements, but it needs additional context to be fully understood.
Example: "The new design not only enhances the aesthetic appeal but also improves the structural integrity of the building."
Alternatives: "and enhances the structural" or "and strengthens the structural".
Results clearly indicate that self-healing limits the chloride penetration and improves the structural durability, particularly for mixtures containing blast-furnace slag.
Cyclic voltammetry (CV) results confirm that MgF2 surface coating decreases the electrode polarization and improves the structural stability of LiCoO2 during cycling.
Finally, respondents noted that nontargeted HIV screening improves efficiency and performance of screening (by avoiding potential pitfalls of targeted screening, such as providers incorrect assessments of risk or need for testing); reduces patient barriers to testing; reduces the stigma of HIV testing; and improves the structural framework and health care system for HIV testing.
Deterministic optimization methods have been widely used in the design of structures in order to reduce costs and improve the structural performance.
The Ti substitution enhances significantly the CO2 tolerance and improve the structural stability under H2 containing atmosphere of BFCT materials.
Therefore, designer should select the liner material reasonably and improve the structural design of the transition area from the cylinder body to valve.
The substitution of Ni in the composites mainly serves as the following objectives: increasing the electric conductivity and improving the structural integrity.
The stress field is modeled using classical lamination theory, and the non-geodesic trajectories are employed to enlarge the design space and improve the structural performance.
The development and application of the vehicle advanced computer aided engineering (CAE) allowed the vehicle designers to considerably reduce the weight and improve the structural performance of the body.
The avoidance of cement precludes cement-related periimplant complications, while the elimination of occlusal screw access holes may enable predictable control over occlusion and improve the structural integrity of the prosthesis.
This study primarily investigated the heat dissipation problem in light-emitting diode (LED) lighting, designed and improved the structural designs of lighting devices of LED bulbs, and employed composite materials as the lighting structural material.
