Next 1.1 Overall anatomy of the human ear 1.2 Anatomy of the human middle ear 1.2 Anatomy of the human middle ear (cont'd) 1.2 Anatomy of the human middle ear (cont'd) 1.2 Anatomy of the human middle ear (cont'd) 1.2 Anatomy of the human middle ear (cont'd) 1.3.1 Air cavities 1.3.2 Eardrum configuration 1.3.2 Eardrum configuration (cont'd) 1.3.2 Eardrum configuration (cont'd) 1.3.3 Ossicles 1.3.4 Anterior mallear attachment 1.3.5 Posterior incudal ligament 1.3.5 Posterior incudal ligament (cont'd) 1.3.6 Muscles 1.4 Changes with age 1.4 Changes with age (cont'd) 1.5 Human ear in macroscopic sections 1.6.1 Overview 1.6.1 Overview (cont'd) 1.6.2 Stapes 1.6.2 Stapes (cont'd) 1.6.2 Stapes (cont'd) 1.6.2 Stapes (cont'd) 1.6.3 Lenticular process of incus 1.6.3 Lenticular process of incus (cont'd) 1.6.3 Lenticular process of incus (cont'd) 1.6.3 Lenticular process of incus (cont'd) 1.6.3 Lenticular process of incus (cont'd) 1.6.3 Lenticular process of incus (cont'd) 1.7 Eardrum microstructure 1.7 Eardrum microstructure (cont'd) 1.7 Eardrum microstructure (cont'd) 2.1 Middle ear as transformer 2.1.1 Surface area 2.1.1 Surface area (cont'd) 2.1.2 Lever arm 2.1.3 Curvature 2.1.3 Curvature (cont'd) 2.1.3 Curvature (cont'd) 2.1.4 Combination 2.2 Middle-ear muscles 3.1.1 Békésy (1941) 3.1.2 Khanna (1970) 3.1.3 Other 3.1.3 Other (cont'd) 3.1.3 Other (cont'd) 3.2.1 Khanna (1970) 3.2.1 Khanna (1970) (cont'd) 3.2.2 Khanna & Decraemer (1997) 3.2.2 Khanna & Decraemer (1997) (cont'd) 3.2.2 Khanna & Decraemer (1997) (cont'd) 3.2.2 Khanna & Decraemer (1997) (cont'd) 3.2.2 Khanna & Decraemer (1997) (cont'd) 3.2.2 Khanna & Decraemer (1997) (cont'd) 3.2.3 Maftoon et al. (2013) 3.2.3 Maftoon et al. (2013) (cont'd) 3.2.3 Maftoon et al. (2013) (cont'd) 3.2.3 Maftoon et al. (2013) (cont'd) 3.3 Ossicular vibrations 3.3 Ossicular vibrations (cont'd) 3.3 Ossicular vibrations (cont'd) 3.3 Ossicular vibrations (cont'd) 3.3 Ossicular vibrations (cont'd) 3.3 Ossicular vibrations (cont'd) 3.4 Static pressurization 3.4 Static pressurization (cont'd) 3.4 Static pressurization (cont'd) 3.5.2 Indentation, etc. 70 of 81 3.5.3 Békésy (1949) (cont'd) 3.5.4 Kirikae (1960) 3.5.5 Decraemer (1980) 3.5.6 Cheng, Dai & Gan (2007) 3.6.1 Voss <em>et al.</em> (2000) 3.6.2 Ellaham <em>et al.</em> (2007) 3.6.3 Todd (2005) 4.1 Sizes 4.2 Displacements 4.3 Time scales 4.4 Tissue types

3.5.3 Békésy (1949)

Bekesy stiffness measurement with hair Transverse

A calibrated hair was used to produce a known bending force on a flap cut from the eardrum.

Békésy, Gv (1949): The structure of the middle ear and the hearing of one's own voice by bone conduction. J Acoust Soc Am 21: 217-232

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BMDE-501 Modelling middle-ear mechanics

R. Funnell
Last modified: 2024-01-06 19:31:54

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