Description
LONGMAN Assignments In Exposition 9Th Edition 1987 by Louise E. Rorabacher
Part 1 General papers: mathematical modelling in NDT - what it is and what it does, J.M.Coffey; the role of mathematical modelling in validation, D.Firth. Part 2 Ultrasonics: recent developments in ultrasonic modelling for crack detection and characterization, J.D.Achenbach; mathematical aspects of scattering from rough cracks, J.R.Willis; ultrasonic wave propagation and scattering using explicit finite difference methods, L.J.Bond et al; numerical modelling of ultrasonic scattering, K.J.Langenberg et al; a mathematical model of the operation of an ultrasonic probe, M.G.Silk et al; ultrasonic propagation in anistropic welds and cast materials, J.A.Ogilvy; an integrated model of ultrasonic NDT and its practical application, R.K.Chapman; development of models to predict the ultrasonic scattered pulse shapes, M.Blakemore and D.Firth. Part 3 Electromagnetics: a three-dimensional finite element model for eddy currents in non-ferrous metals, P.C.French and L.J.Bond; developments in the AC field method of NDT, R.Collins and D.H. Michael; the magnetic force on a spherical magnetic particle in the leakage field of a surface-breaking slot, C.Edwards and S.B.Palmer. Part 4 Geophysics: evaluating the earth non-destructively, J.A.Hudson. Part 5 Poster session contributions: pulse-echo methods and the Born approximation, R.Stacey and J.P.Weight; modelling ultrasonic inspection on a microcomputer, R.K.Chapman; ultrasonic testing of concrete, P.L.Domone and R.B.J.Casson; boundary element analysis of acoustic wave scattering, W.S.Hall and W.H.Robertson.