Sentence examples for material loadings and from inspiring English sources

The motivation is to model lithium-ion polymer cells having higher active material loadings and competitive energy densities and specific energies to liquid lithium-ion batteries.

To develop a comprehensive process signature for Sinking EDM (S-EDM) it is necessary to describe the relationship between the applied material loadings and resulting modifications in the workpiece rim zone.

Cells with different electrode thickness, initial salt concentrations, and higher active material loadings were examined using the mathematical model to understand better the transport processes in the plasticized polymer electrolyte system.

The results are used for the simulation of mass transport, and charge transfer processes at different active material loadings in various power sources, such as batteries, fuel cells and supercapacitors.

LiNi1/3Co1/3Mn1/3O2 (NCM) and LiFePO4 (LFP) electrodes of different active material loadings are prepared.

These raw material loadings correspond to an estimated annual ethanol production of 200,000 m, assuming C6 fermentation only.

Subsequently, the CDPM with refined parameters is validated by independent experimental results having various fiber reinforcement indexes in both material scale and structural scale, where the mechanical behavior of FRC material under multiaxial loadings and the seismic performance of HFRC column subjected to cyclic loadings are respectively simulated.

For some time, the concept of "reliability" was used to evaluate the quality of engineering structures; however, due to the uncertainty of material properties and loadings and various construction and operational errors from an engineering point of view, a structural problem can be considered "uncertain" when some lack of knowledge exists about the theoretical model.

The numerical method is validated and the influence of combined loadings and material-mismatch on the results is studied.

Stochastic Markov chain methods are applied to model the fatigue damage evolution in composite materials subjected to cyclic mechanical loadings and monitored by infrared thermography (IR-T) techniques.

This study also discusses properties of multiaxial low cycle fatigue lives for various materials fatigued under non-proportional loadings and shows an applicability of a parameter proposed by author for multiaxial low cycle fatigue life evaluation.