Photoelasticity: Proceedings of the International Symposium on Photoelasticity, Tokyo, 1986
Springer-Verlag, 1986 - Science - 292 pages
Thirty-five papers were presented at the International Symposium on Photoelasticity, Tokyo, 1986, representing fifty-five authors. Eighteen of these papers were presented by Japanese photoelasticians and seventeen by leading foreign authorities from eleven countries (Austria, Canada, Czechoslovakia, F.R. of Germany, France, Greece, India, Switzerland, UK, USA and USSR) * This is the first symposium on photoelasticity of international scope held in Japan. The primary objectives of this symposium are to help bridge the gap between photoelastic researchers around the world, to promote mutual understanding and communications and to facilitate exchange of newly acquired knowledge in theories and techniques. In addition, it is important that these valuable results are communicated effectively to engineers who can apply them in practice in industry. The papers presented at this symposium cover all branches of photo elasticity in a broad sense, including, in addition to long estab lished photoelasticity, newly developed moire, interferometric, and holographic photoelasticity, caustics and speckle. Therefore, from an optical stress analysis pe~spective, this volume is the latest compre hensive collection of photoelastic expertises.
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Nisida Science University of Tokyo Japan
S Miki Kurume Institute of Technology Japan
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angle applied birefringence boundary camera caustic pattern coefficient constant crack tip craze deformation determined direction disk displacement dynamic stress elastic Engineering equation evaluation Figure fracture mechanics fringe order high speed photoelastic hole hologram incident interferometry investigations isochromatic fringe pattern isoclinic line isoclinics isodynes Japan Kalthoff laser light ray linear loading material measured Mech model grating moire Nisida notches observed obtained optical method photoelastic photoelastic fringe photoelastic model Pindera JT PJSP plane plastic plate polariscope polarized position principal stresses problem propagation pseudocaustics Raman ratio reflection refractive index residual stress rotation secondary principal sensitivity shadow optical shear stress shown in Fig shows slice specimen speckle strain strain gauge stress analysis stress components stress concentration stress distribution stress field stress intensity factor stress wave surface technique temperature tensile tensile stress tensor Theocaris thickness tion Tokyo Tuzi ultrasonic University University of Tokyo vector Young's modulus