Sentence examples for capacity deterioration from inspiring English sources

When the corrosion initial time is reached, the capacity deterioration for the structure begins.

However, the NiCo2O4 always suffer from severe capacity deterioration because of the low electrical conductivity and small surface area.

Even with constant upgrades and advancements in battery technology, lithium-ion batteries are heavy and suffer from capacity deterioration, leading to EV owners having to change the battery packs in their Teslas, or other electric vehicles, within 5-10 years.

The fifth section presents an illustrative example of the lifetime performance and the capacity deterioration during the service life of a typical three-span slab bridge.

After peak load was reached, the load carrying capacity deterioration started, the lower the fibres content, the higher the loss of strength.

The capacity deterioration of the bridge superstructure is generally caused by the decrease in the cross-sectional area of the reinforcement.

The disease is often accompanied by concomitant systemic manifestations leading to a deterioration in functional capacity, worsening dyspnea and decreased health-related quality of life, and increased mortality [ 2].

A total of 43 specimens are tested using double-lap shear joints in wet dry and freeze thaw conditions to examine the durability performance of the joint, including load-carrying capacity, interface deterioration, and failure mode.

Based on the responses obtained, the questionnaire allowed the variables of personal finances, mental health and physical health to be scored on a scale of 1 to 6: excellent capacity, good capacity, slight deterioration, moderate deterioration, strong deterioration and total deterioration.

Uncertainties in structural component strength, stiffness, deformation capacity, and cyclic deterioration are considered for non-ductile and ductile frame structures of varying heights.

The second one corresponded to the oxidation of elemental Ni with flocculent deposits on the alloy surface, which primarily determined the rapid capacity and kinetics deterioration of the alloy electrode.