Sentence examples for an improved strength from inspiring English sources

Based on the findings, an improved strength model for exterior slab column connections was developed.

Potential dangers of making unsafe load-carrying capacity predictions by the DSM are highlighted and an improved strength equation is proposed.

The UCS values of Group A specimens showed better performance at 12% binder content, whereas, Group B specimens showed an improved strength behavior at 15% binder content for all curing conditions.

Up to 300 °C considered in the study, macro-polypropylene reinforced cubes gives a pseudo-ductile behavior with an improved strength, stiffness and toughness than specimen without fibers.

This might be because of an improved strength at the interface between the strand and cement matrix by the filling effect (Yoo et al. 2016c), a significant early age shrinkage development, which caused large lateral confinement (Yoo et al. 2014b) and a limited crack propagation in the steel fibers.

As can be seen, the inventions claimed in those patents based on the material composition that leads to a controlled corrosion resistance, the composite structure that leads to an improved strength, and the processing method that results into a molded semi-finished material.

This partially recrystallized microstructure exhibits an improved strength-ductility combination that surpasses the inverse strength-ductility relationship exhibited by materials with similar composition.

Design approaches are provided that can be used for both improved strength and improved processability by accessing both strengthening and mismatch enhanced plasticity.

It can be postulated that athletes have a misplaced sense of improved strength and performance capabilities when weight cycling for competition.

Ti6Al4V is superplastically embedded with HA powder after being submitted to a heat treatment process designed to produce an HA embedded layer with improved strength and good biocompatibility.

Recent work on multifunctional materials has shown that a functionally graded interface between the fiber and matrix of a composite material can lead to improved strength and stiffness while simultaneously affording piezoelectric properties to the composite.