Sentence examples for durability capacity from inspiring English sources

In order to use the material resulting from stone cutting, three concrete families were produced to be tested for their durability capacity: the first one contains no superplasticizer, the second one a current plasticizer made with a mixture of organic polymers (SP1) and the third a high-performance superplasticizer, made with a combination of modified polycarboxylates in an aqueous solution (SP2).

Product quality is equally important and can be measured in terms of strength, durability, capacity, safety and comfort.

"The MKxx61GSY is designed for speed, with a balanced approach to storage capacity, durability, power consumption, and acoustics, compared to 5,400 RPM mobile and 3.5-inch desktop drives".

The efficiency of this method depends on the properties of the sorbent material: selectivity to organosulfur compounds relative to hydrocarbons, adsorption capacity, durability, and regenerability.

Those parameters affecting cost and reliability of the EVs, including cycle life, capacity, durability and warranty are highly dependent on the thermal management system.

Durability is the capacity of a machine to maintain the functionality during its intended service life, under the recommended conditions and the prescribed levels of maintenance.

The as-obtained WO3-x electrode reaches a high areal capacitance of 1.83 F cm−2 at 1 mA cm−2, and an outstanding electrochemical durability with high capacity retention of 74.8% after 10000 cycles.

The attributes identified for an umbrella were capacity, durability, multiple utility, reliability, safety, portability, uniqueness, flexibility, customization, optimization, ergonomics, comfort, ease of use, availability, affordability, esthetics, ease of manufacturing, fun to use, ease of assembly for the user, and operating costs.

Compared with the control counterpart, the repellent composed of Al-containing (oxy)fluorides played a vital role in stabilizing the interface and promoted the cycling durability of batteries (capacity retention >85% after 200 cycles) with a 1 C rate at an elevated temperature (55°C) without dendrite growth and by-product drifting.

Reinforced concrete structures must fulfill serviceability functions in terms of durability and bearing capacities.

The superior cycling behaviour of the newly elaborated CNWs is demonstrated in lab-scale Li-metal and Li-ion cells (LiFePO4 cathode) capable of very stable and prolonged reversible cycling with excellent durability (>1000 cycles), good specific capacity and capacity retention when subjected to ultrafast current regimes.