Original ResearchPublished 8 October 2026Optimizing temperature prediction in automotive lithium-ion battery discharge cycles using machine learning and SHAP analysisAnuj Prajapati · Sandeep G. Thorat · Gajanan Pradhan · Swapnil Gund · Prashant Paraye · Vardan SinghFrontiers in Mechanical Engineeringdoi 10.3389/fmech.2026.1949090
Original ResearchPublished 10 September 2026Computational investigation of an adaptive PID-controlled PCM-enhanced hybrid thermoelectric-air cooling system for lithium-ion battery packs in electric vehiclesRallabandi Siva Krishnam Raju · I. S. Rajay VedarajFrontiers in Mechanical Engineeringdoi 10.3389/fmech.2026.1886296
Original ResearchPublished 29 June 2026Binder-free self supporting SiOxCy/C anodes: mechanical reinforcement by biomass fibers and surface fluorination effects on lithium-ion battery performanceOumaima Hatim · Aravind Parakkulam Ramaswamy · Christophe Pradille · Aurélie Boisard · Sandrine Berthon-Fabry · Katia GuérinFrontiers in Batteries and Electrochemistrydoi 10.3389/fbael.2026.1838088
ReviewPublished 1 May 2026Lithium storage mechanisms and kinetics in MOF-based anodes: from pristine frameworks to derived materials for high-performance lithium-ion batteriesDongfang ShiFrontiers in Batteries and Electrochemistrydoi 10.3389/fbael.2026.1836690
Original ResearchPublished 2 December 2025Fire-extinguishing current collector coated with melamine polyphosphate for lithium-ion batteries with high safetySeungcheol Myeong · Hee Eun Yoo · Keemin Park · Jaehwan Ha · Chae-Woong Cho · Ungyu Paik · Taeseup SongFrontiers in Batteries and Electrochemistrydoi 10.3389/fbael.2025.1716744
Original ResearchPublished 27 November 2025Loss evaluation and performance modelling of power electronics for fault management and renewable energy integrationStelios Ioannou · Alexis Polycarpou · Nicholas Christofides · Michael Chrysostomou · Mohamed Darwish · Christos C. MarouchosFrontiers in Electronicsdoi 10.3389/felec.2025.1675666
ElectronicsPublished 27 October 2025Correction: A hybrid LSTM–transformer model for accurate remaining useful life prediction of lithium-ion batteriesTianren Zhao · Yanhui Zhang · Minghao Wang · Wei Feng · Shengxian Cao · Gong WangFrontiers in Electronicsdoi 10.3389/felec.2025.1693752
ElectronicsPublished 21 August 2025A hybrid LSTM–transformer model for accurate remaining useful life prediction of lithium-ion batteriesTianren Zhao · Yanhui Zhang · Minghao Wang · Wei Feng · Shengxian Cao · Gong WangFrontiers in Electronicsdoi 10.3389/felec.2025.1654344
Batteries and ElectrochemistryPublished 21 July 2025Materials challenges in high-energy batteries enabling ultra-fast charging and non-flammable performance for electric vehiclesHyojoo Lee · Joo Hyeong Suh · Rashma Chaudhary · Junyoung Mun · Jung Ho KimFrontiers in Batteries and Electrochemistrydoi 10.3389/fbael.2025.1636618
Batteries and ElectrochemistryPublished 3 January 2025Recycling cathode materials for lithium-ion batteries via Hydro-to-Cathode ® methodJong Hyun ShimFrontiers in Batteries and Electrochemistrydoi 10.3389/fbael.2024.1397122
PhotonicsPublished 22 February 2024Silicon kerf loss as a potential anode material for lithium-ion batteriesAnne-Karin Søiland · Iratxe de Meatza · Ane Muguruza · Yijiang Xu · Martin BellmannFrontiers in Photonicsdoi 10.3389/fphot.2024.1332830
Batteries and ElectrochemistryPublished 7 December 2023Chemical contributions to silicon anode calendar aging are dominant over mechanical contributionsJosefine D. McBrayer · Katharine L. Harrison · Eric Allcorn · Shelley D. MinteerFrontiers in Batteries and Electrochemistrydoi 10.3389/fbael.2023.1308127
Batteries and ElectrochemistryPublished 29 November 2023Developing rapid electrochemical relithiation protocols for scalable relithiation of lithium-ion battery cathode materialsAnkit Verma · Andrew M. Colclasure · Jaclyn CoyleFrontiers in Batteries and Electrochemistrydoi 10.3389/fbael.2023.1293939
Control EngineeringPublished 16 September 2022Comparative analysis of different FOPI approximations and number of terms used on simulations of a battery-powered, field-oriented induction motor based electric vehicle traction systemMazen Elsaadany · Muhammad Qasim Elahi · Faris AtaAllah · Habibur Rehman · Shayok MukhopadhyayFrontiers in Control Engineeringdoi 10.3389/fcteg.2022.922308
