Applied and Industrial Mathematics

Inhaltsverzeichnis

• I: Invited Papers.
• - C. Cercignani, “Physical Problems and Rigorous Results in Kinetic Theory.
• - A. Chorin, “Statistical Mechanics of Vortex Filaments” (abstract).
• - Feng Kang, “The Hamiltonian Way for Computing Hamiltonian Dynamics”.
• - C. W. Gear (with Fen-Lien Juang), “The Speed of Waveform Methods for ODEs”.
• - J. B. Keller, “Diffusively Coupled Dynamical Systems”.
• - P. D. Lax, “Deterministic Turbulence” (extended abstract).
• - J. L. Lions, “Exact Controllability for Distributed Systems. Some Trends and Some Problems”.
• - V. P. Maslov, “Beginning of Weakly Anisotropic Turbulence”.
• - S. K. Mitter, “Markov Random Fields, Stochastic Quantization and Image Analysis”.
• - H. Neunzert (with F. Gropengießer and J. Struckmeier),. “Computational Methods for the Boltzmann equation”.
• - J. R. Ockendon, “A Class of Moving Boundary Problems Arising in Industry”.
• - M. Primicerio, “Systems with Non-Fading Memory Encountered in the Modellization of Industrial Problems”.
• - M. Pulvirenti, “A Stochastic Particle System Modelling the Broadwell Equation”.
• -A. Quarteroni “(with A. Valli), “Theory and Application of Steklov-Poincare Operators for Boundary-Value Problems”.
• - S. Rionero (with B. Straughan), “On the Problem of Natural Convection”.
• II: Selected Contributed Papers.
• 1. Mathematical Modelling in Fluid Mechanics.
• - J. A. Nohel, “Non-Newtonian Phenomena in Shear Flow”.
• - O. Pironneau (with C. Bernardi, M. O. Bristeau and M. G. Vallet), “Numerical Analysis for Compressible Viscous Isothermal Stationary Flows”.
• - E. G. Virga (with D. Roccato), “Drops of Nematic Liquid Crystal Floating on a Fluid”.
• 2. Nonlinear waves.
• - S. Venakides, “The Korteweg-de Vries Equation with Small Dispersion: HigherOrder Lax-Levermore Theory”.
• - P. L. Christiansen, “Solitons in Optical Fibres”.
• 3. Wave Propagation in Random Media.
• - R. Burridge, “Waves in Finely Layered Media”.
• - B. S. White (with Balan Nair), “Stochastic Geometry and the Intensity of Random Waves”.
• - V. I. Klyatskin, “Plane Waves in Layered Random Media. The Role of Boundary Conditions”.
• 4. Transport Phenomena.
• - P. A. Markowich (with A. Arnold), “Quantum Transport Models for Semiconductors”.
• - G. C. Pomraning, “Particle Transport in Random Media”.
• 5. Inverse Problems in the Applied Sciences.
• - G. Alessandrini, “Determining Conductivity by Boundary Measurements, the Stability Issue”.
• - G. Caviglia (with A. Morro), “Scattering Problems for Acoustic Waves”.
• - W. L. Dunn (with A. M. Yacout and F. O’Foghludha), “The Use of Single-Scatter Models in Medical Radiation Applications”.
• 6. Mathematical Modelling of Industrial Problems.
• - Li Tatsien (with Tan Yongji, Pen Yuejun and Li Hailong)“Mathematical Methods for the SP Well-Logging”.
• - C. D. Hill (with P. Susskind and V. Giambalvo), “Effective Computation of the Symmetric Lens”.
• - L. Brusa, “Mathematical Modelling of Structural Industrial Problems: Methodologies and Algorithms”.
• Author Index.