<p>Selected parameters for the cochlear model (<i>x</i> is in meters measured from the base of the cochlea). BM: basilar membrane. HB: hair bundle. MET: Mechanoelectrical transducer. OW: Oval window. RW: Round window.</p
This thesis tackles issues in cochlear mechanics both at the microscopic and macroscopic level. Insi...
Most current theories of cochlear mechanics assume that the pattern of cochlear partition vibration ...
The function of the cochlea is to convert the sound waves that reach our ears into neural signals th...
The human ear is a remarkable sensory organ. A normal healthy human ear is able to process sounds co...
An active mechanism, the cochlear amplifier, enhances the response of the cochlea to low-level stimu...
Cochlear modelling is used to provide insight into the physical mechanics of the cochlea. The compli...
The first of the many electrical signals generated in the ear, nerves and brain as a response to a s...
Compared with an explicit lumped-parameter model of the micromechanics, a pole-zero description appe...
A box shape with constant area is often used to represent the complex geometry in the cochlea, altho...
The cochlea plays a crucial role in mammal hearing. The basic function of the cochlea is to map soun...
The mammalian cochlea is a highly sensitive transducer which converts acoustic vibration into electr...
The human ear is often regarded as a paragon of mechanical engineering. To understand how the hearin...
<p>Three different physical problems are solved simultaneously: 1) cochlear fluid dynamics, 2) struc...
AbstractThe high sensitivity and wide bandwidth of mammalian hearing are thought to derive from an a...
In this thesis, an electrical analogue of the human cochlea was constructed from the equations of co...
This thesis tackles issues in cochlear mechanics both at the microscopic and macroscopic level. Insi...
Most current theories of cochlear mechanics assume that the pattern of cochlear partition vibration ...
The function of the cochlea is to convert the sound waves that reach our ears into neural signals th...
The human ear is a remarkable sensory organ. A normal healthy human ear is able to process sounds co...
An active mechanism, the cochlear amplifier, enhances the response of the cochlea to low-level stimu...
Cochlear modelling is used to provide insight into the physical mechanics of the cochlea. The compli...
The first of the many electrical signals generated in the ear, nerves and brain as a response to a s...
Compared with an explicit lumped-parameter model of the micromechanics, a pole-zero description appe...
A box shape with constant area is often used to represent the complex geometry in the cochlea, altho...
The cochlea plays a crucial role in mammal hearing. The basic function of the cochlea is to map soun...
The mammalian cochlea is a highly sensitive transducer which converts acoustic vibration into electr...
The human ear is often regarded as a paragon of mechanical engineering. To understand how the hearin...
<p>Three different physical problems are solved simultaneously: 1) cochlear fluid dynamics, 2) struc...
AbstractThe high sensitivity and wide bandwidth of mammalian hearing are thought to derive from an a...
In this thesis, an electrical analogue of the human cochlea was constructed from the equations of co...
This thesis tackles issues in cochlear mechanics both at the microscopic and macroscopic level. Insi...
Most current theories of cochlear mechanics assume that the pattern of cochlear partition vibration ...
The function of the cochlea is to convert the sound waves that reach our ears into neural signals th...