Titlebook: Strain Measurement in Biomechanics; A. W. Miles (Lecturer in Design),K. E. Tanner (SER Book 1992 Springer Science+Business Media Dordrecht

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Photoelastic coating techniques,fer one mechanism for monitoring the full-field distribution of shear strains on the bone. These coatings are ideally suited for monitoring areas involving strain concentrations. The technique, however, involves certain limitations such as reinforcement of the test-piece. The strengths and limitatio

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Strain measurement by thermoelastic emission,n 1878 (Thomson, 1878) but could not be implemented at that time due to the lack of sufficiently high resolution thermal detectors. The deformation induced change in temperature is proportional to the sum of the principal stresses when there is no heat transfer, that is under adiabatic conditions. T

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Perspectives of strain measurement techniques,orthopaedics. Applications are quoted from the literature, to help clarify each of the potential concerns or uses. Subsequent chapters provide more detailed information on the individual techniques of measurement.

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Strain telemetry in orthopaedics,ry is of importance, enabling such devices to be designed with much greater confidence than hitherto. This chapter will present a review of the applications of telemetry in orthopaedics to illustrate the range of applications to which it can be applied, the type of data that can be obtained and an overview of modern telemetry techniques.

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Two- and three-dimensional photoelastic techniques,ame available to replace glass, which is optically insensitive and difficult to work. The first such material, ‘Celluloid’, was used by Coker in 1906 but since then a range of further materials have become available. Applications in biomechanics have been developing since the 1940s.

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