Ali Reza Yusefi, Eshagh Barfar, Salman Daneshi, Mohsen Bayati, Gholamhossein Mehralian, Peivand Bastani
Health literacy and health promoting behaviors among inpatient women during COVID-19 pandemic
BMC women's health
different ways analyze energy absorbance ea human auditory system previous research developed complete finite element model fem human auditory system current work external auditory canal eac middle ear inner ear spiral cochlea vestibule semicircular canals modelled based human temporal bone histological sections multiple acoustic structure fluidcoupled analyses conducted using fem perform harmonic analyses 0110 khz range fem validated published experimental data numerical results used calculate ea energy reflected er tympanic membrane ea also measured clinical audiology tests used diagnostic parameter mathematical approach developed calculate ea er numerical experimental results showing adequate correlation 1 khz another published fem adapted boundary conditions replicate experimental results recalculated numerical results applying natural boundary conditions human hearing found results almost totally agreed fem boundary problem frequent problematic experimental hearing test protocols invasive results affected one main objectives using fems explore experimental test conditions influence results work still required uncover relationship middle ear structures ea clarify best use fems moreover fem boundary conditions must representative future work ensure adequate interpretation