Proceedings of the Conference Inverse Problems and Optimal Design in Industry: July 8-10, 1993 Philadelphia, Pa. USA

ISBN-13: 9783322966599 / Niemiecki / Miękka / 2013 / 272 str.

Heinz Engl; Joyce McLaughlin;Heinz Engl

Opis

This volume contains thirteen papers and one extended abstract based on talks given at the symposium "Inverse Problems and Optimal Design in Industry" which took place from July 8 to 10, 1993, in Philadelphia. This symposium was jointly organized by ECMI an SIAM, with the cooperation of IMA (Minnesota), INRIA, and SIMA . The organizing committee was co-chaired by the editors of this volume and included, in addition, V. Boffi (SIMAI, Italy) G. Chavent (INRIA, France), D. Colton (University of Delaware, USA) and A. Friedman (IMA, USA). Financial support from the U. S. Department of Energy is gratefully acknowledged. The primary aim of this meeting, which is reflected in this volume, was to bring to gether mathematicians working in industry. who treat inverse and optimal design problems in their practical work and mathematiCians from academia who are active in mathem atical research in these fields in order to strenghten the contacts between industry and academia. Thus, this volume contains (refereed) papers both on inverse and optimal design problems as they appear in European, American and Japanese industry, and on analytical and numerical techniques for solving such types of problems. The topics treated include multi-disciplinary design optimization in aerospace industry, inverse problems in steel industry, inverse and optimum design problems in optics and photographic science, inverse electromagnetic problems including impedance imaging, and inverse problems in the petroleum industry. There were two styles of presentation of topics. One was discussion sessions.

Spis treści

Inverse problems in particle sizing and confocal microscopy.- Inverse and optimal design problems for imaging and diffractive optical systems.- Inverse problems in electromagnetism: Antenna’a applications.- Parameter identification problems in photographic science.- Parameter and system identification for fluid flow in underground reservoirs.- Determination of petrophysical parameters by resolving an inverse problem.- Mathematical methods for 2D reflektor design.- Reconstruction of multiple cracks from experimental, electrostatic boundary measurements.- Monitoring of transient temperature distribution in piping.- Computational differentiation and multidisciplinary design.- Optimization problem formulation for multidisciplinary design.- Computational fluid dynamics in modelling blast furnace erosion.- A unidimensional dynamic model for the (Ferro-) Silicon Process — A reliable tool for indentifying the state of the furnace?.- Algorithmic aspects and supercomputing trends in computational electromagnetics.

Blurb

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