Microbatteries serve as essential energy supply components in microelectronic, wearable
and implantable devices. Despite recent efforts, developing lithium metal microbatteries with …

Traditional lithium-ion battery modeling does not provide sufficient information to accurately
verify battery performance under real-time dynamic operating conditions, particularly when …

A comprehensive understanding of aging mechanisms and degradation diagnosis under
fast charging in battery electric vehicles is needed. However, there is a lack of tools to …

Silicon/graphite material is one of the most promising anodes for high-performance lithium-
ion batteries. However, the considerable deformation occurring during the charge/discharge …

The safety and durability of lithium-ion batteries under mechanical constraints depend
significantly on electrochemical, thermal, and mechanical fields in applications …

Safety of lithium-ion battery (LIB) cells throughout the whole lifecycle has drawn enormous
research interest. Understanding how cycling ageing affects the mechanical-electrical …

The accurate representation of lithium plating and aging phenomena has posed a persistent
challenge within the battery research community. Empirical evidence underscores the …

In this paper, a time-frequency model is developed to investigate the coupling between Li
diffusion and material stress in composite electrode of lithium-based all-solid-state battery …

Several decades after the invention of the rechargeable Li‐ion battery, countless
innovations from both the research and industry communities have led to placing the …

A physical model coupling the contribution of SEI layer growth and crack propagation is
developed to predict capacity fade of lithium-ion batteries and verified by laboratory tests …