Sentence examples for properties reduction from inspiring English sources
The application of such accurate elevated-temperature mechanical properties reduction factors of S460N can ensure a safe fire-resistance design and evaluation of steel structures with high strength steel S460N under transient state fire condition.
The elevated-temperature properties reduction factors of S460N presented herein can be used as input data to conduct safe fire-resistance design of steel structures with high strength steel S460N.
The experimental oilfield investigations of utilizing pistachio shell powder prove the significant enhancement of rheological properties, reduction of fluid loss and mud cake thickness in both API (Low Pressure —Low Temperature) and High Pressure High Temperature (HPHT) conditions.
The influence of vanadium oxide loading in the supported VOx/Al2O3 catalyst system upon the dehydrated surface vanadia molecular structure, surface acidic properties, reduction characteristics and the catalytic oxidative dehydrogenation (ODH) of ethane to ethylene was investigated.
In the aforementioned review [1], the direct antioxidant properties (reduction of ROS) of nano-Se are mentioned as a possible mechanism of its action.
Small differences were detected in the biochemical properties (reduction of nitrates) among those two clones.
Therefore, suitable equations were proposed to determine the mechanical property reduction factors at elevated temperatures.
New predictive equations were proposed to determine the post-fire mechanical property reduction factors.
In the past many researchers have proposed elevated temperature mechanical property reduction factors for cold-formed steels, however, large variations exist among them.
The cause of the mechanical property reduction was assumed to be stress relaxation of the polymer during printing which is conducted at lower pressure compared to filament production.
We show that the mechanical property reduction can be attributed to polymer swelling and explain these observations in the context of the Hildebrand solubility and Flory–Huggins interaction parameters.
