Progress in Industrial Mathematics at ECMI 96

1. Industrial processes

   1. A model of oil burnout from glass fabric

      • A. Buikis, A. D. Fitt, N. Ulanova

      Pages 150-157

   2. Computation of the Trajectories Generated by 2D Discrete Model Approximations of the Dynamics of Differential Linear Repetitive Processes

      • K. Galkowski, E. Rogers, D. H. Owens

      Pages 158-165

   3. A Certain Mathematical Model of the Glass Fibre Material Production

      • Jānis Cepītis, Harijs Kalis

      Pages 166-173

2. Electronics, circuits, and filters

   1. Front Matter

      Pages 175-175

      PDF

   2. Numerical Solutions for the Simulation of Monolithic Microwave Integrated Circuits

      • Georg Hebermehl, Rainer Schlundt, Horst Zscheile, Wolfgang Heinrich

      Pages 176-183

   3. Symbolic Modelling in Circuit Simulation

      • W. Klein

      Pages 184-191

   4. An extended hydrodynamic model for silicon semiconductor devices

      • Orazio Muscato

      Pages 192-199

   5. Oscillations of a Miniature Single Stator Synchronous Motor

      • W. D. Collins

      Pages 200-207

   6. White Noise and Nonlinear Damping in the Two-Dimensional Model of Energy Transfer in Molecular Systems

      • Peter L. Christiansen, Magnus Johansson, K. Ø. Rasmussen, Yuri B. Gaididei, Irina I. Yakimenko

      Pages 208-216

   7. Mathematics of Denominator-separable Multidimensional Digital Filters with Application to Image Processing

      • Xiaoning Nie, Rolf Unbehauen

      Pages 217-222

   8. Comparison and Assessment of Various Wavelet and Wavelet Packet based Denoising Algorithms for Noisy Data

      • F. Hess, M. Kraft, M. Richter, H. Bockhorn

      Pages 223-230

3. Ship industry

   1. Front Matter

      Pages 231-231

      PDF

   2. Hydrodynamic Design of Ship Hull Shapes by Methods of Computational Fluid Dynamics

      • Horst Nowacki

      Pages 232-251

   3. Superplastic Protective Structures

      • Leonid I. Slepyan, Mark V. Ayzenberg

      Pages 252-259

   4. Trial Methods for Nonlinear Bernoulli Problem

      • Kari Kärkkäinen, Timo Tiihonen

      Pages 260-267

   5. A Direct (Potential Based) Boundary Element Method for the Lifting Bodies Hydrodynamic Calculation

      • Bogdan Ganea

      Pages 268-274

   6. Procedure for Free Surface Potential Flow Numerical Simulation Around Ship Model Hulls Using Finite Element Method (Galerkin Formulation)

      • Horatiu Tanasescu

      Pages 275-282

4. Oil industry

   1. Front Matter

      Pages 283-283

      PDF

   2. Mathematics for the Oil Industry

      • Tore Gimse

      Pages 284-291

   3. Discretization on general grids for general media

      • I. Aavatsmark, T. Barkve, Ø. Bøe, T. Mannseth

      Pages 292-297

The use of mathematical models in industry is steadily growing. There is a continuous need in industry for new and efficient mathematical techniques, and university mathematicians get inspiration from industrial demands. The European Consortium for Mathematics in Industry aims to create contact between industry and academia, and to promote research in industrial mathematics. This book contains a broad spectrum of mathematics applied to industrial problems presented at the 1996 ECMI conference in Lyngby/Copenhagen, Denmark. Applied mathematics, case studies, and review papers in the following fields are included: Environmental modelling / Railway systems / Industrial processes / Electronics, circuits, and filters / Ship industry / Oil industry / Optimization in industry / Dynamics of machinery / Fluids in industry Applied mathematicians and other professionals working in academia or industry will find the book to be a useful and inspiring source of mathematical applications related to industrial problems. More information on http://www.indmath.uni-linz.ac.at/www/ind/ecmi.html> ECMI

• Algorithmen
• Bildverarbeitung
• Elektrizität
• Elektronik
• Finite-Elemente-Methode
• Konstruktion
• Mathematik
• Modell
• Modellierung
• Optimierung
• Programmierung
• Simulation
• Stabilität
• Vibration
• numerische Simulation

• Technical University of Denmark, Lyngby/Copenhagen, Denmark

  Morton Brøns, Martin Philip Bendsøe, Mads Peter Sørensen

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