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Hybrid fractional thermoelastic–machine learning framework for heat and mass transfer in skin tissue: Enhanced simulations using Atangana–Baleanu, Cattaneo–Vernotte models, and KNN–SVM classifiers

Abhinav Singhal, Seema, Abdulkafi Mohammed Saeed, Rakhi Tiwari, Anjali Chaudhary

2025International Communications in Heat and Mass Transfer13 citationsDOI

Topics & Concepts

Thermoelastic dampingLaplace transformComputer scienceThermal conductionGeneralizationHeat transferThermalArtificial intelligenceSupport vector machineTransient (computer programming)Operator (biology)AlgorithmThermal conductivityFractalStress (linguistics)Work (physics)Convective heat transferTransfer of learningCylinderNovelty detectionMechanicsPhysicsMachine learningConvectionFinite element methodMaterials scienceApplied mathematicsStatistical physicsNoveltyHeat kernelThermoelastic and Magnetoelastic PhenomenaElasticity and Material ModelingNumerical methods in engineering
Hybrid fractional thermoelastic–machine learning framework for heat and mass transfer in skin tissue: Enhanced simulations using Atangana–Baleanu, Cattaneo–Vernotte models, and KNN–SVM classifiers | Litcius