Clinical Physics and Physiological Measurement · 1992 · 28 citations · 7 references
EngineeringBiomedical EngineeringMechanical EngineeringBiomechanicsUltrasonographyUltrasoundBiomechanical InstrumentationFoot BiomechanicsMechanical MeasurementPressure SensorsShear PropertiesTransducer TechnologyLinear Response TheoryMechanical TransducersPressure Transducer CalibrationPressure Transducer TechnologyPressure TransducersShear SensorsTransducer CharacterizationTransducer Design
The development of a shear transducer, small enough to be worn comfortably under a normal foot, is described, along with a microcomputer controlled data logger. Walks up to 8 s can be recorded and the information downloaded to any IBM compatible computer. Software then allows easy analysis of the peak shear stresses. Calibration curves show the transducers to have a linear response up to 35N and preliminary data from the measurement of shear stresses under the normal foot, and their relationship to vertical pressures, is presented. A patent application (number 9109463.1) has been filed for the device in the United Kingdom.
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Jennifer Pollard, L P Le Quesne, J.W. Tappin · Journal of Biomedical Engineering · 1983 · 103 citations
Method of healing diabetic forefoot ulcers.
Jennifer Pollard, L P Le Quesne · BMJ · 1983 · 75 citations · Full text
Health Professions, Orthopaedic Surgery, Orthopedic Surgery +14