Artikelnr. des Verlages: 86117225, 978-3-322-96659-9
Softcover reprint of the original 1st ed. 1994
Seitenzahl: 276
Erscheinungstermin: 20. November 2013
Deutsch
Abmessung: 244mm x 170mm x 16mm
Gewicht: 482g
ISBN-13: 9783322966599
ISBN-10: 3322966593
Artikelnr.: 39915721
Inhaltsangabe
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.
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.
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