1 Simulation and modeling of updrain TMOS devices. - 1. 1 Applications. - 1. 2 Structure of a smart power device. - 1. 3 Mathematical models. - 1. 4 Solution to problem (1). - 1. 5 Partial solution to problem (3). - 1. 6 References. - 2 Strategic risk management using stochastic programming. - 2. 1 Dynamic programming. - 2. 2 Stochastic programming. - 2. 3 Bundling. - 2. 4 Epiconsistency. - 2. 5 Future directions. - 2. 6 References. - 3 Discrete fluids using lattice gas methods. - 3. 1 Computational aeroacoustics. - 3. 2 Lattice gas methods. - 3. 3 Hypercubic lattice. - 3. 3. 1 Aerodynamic studies. - 3. 3. 2 Acoustic study. - 3. 4 Open opportunities. - 3. 5 References. - 4 Computer-aided design of developable surfaces. - 4. 1 Developable surfaces. - 4. 2 Properties of developable surfaces. - 4. 3 Developable Bézier surfaces. - 4. 4 Open problems. - 4. 5 References. - 5 Modeling techniques for computation of coating flows. - 5. 1 Coating configuration. - 5. 2 The governing equations. - 5. 3 Fluid flow in a slot. - 5. 4 Inclined boundary. - 5. 5 References. - 6 Measuring coalescence rates. - 6. 1 The coalescence problem. - 6. 2 Introducing chemiluminescent species. - 6. 3 Results and open problems. - 6. 4 Partial solutions. - 6. 5 References. - 7 The light field for diffusely scattering media. - 7. 1 The problem. - 7. 2 Radiation transfer. - 7. 3 Modulation transfer function. - 7. 4 Solving for I. - 7. 5 Further questions. - 7. 6 References. - 8 The changing nature of network traffic analysis and modeling. - 8. 1 Motivation. - 8. 2 Changes and challenges. - 8. 3 Self-similar processes. - 8. 4 An example. - 8. 5 Open problems. - 8. 6 References. - 9 Stress-induced warpage in micro-accelerometers. - 9. 1 Micro-accelerometers. - 9. 2 Warping in micro-accelerometers. - 9. 3 Buckling of micromachined structure. - 9. 4 Solution to problem (1). - 9. 5 References. - 10 Exchange energyrepresentations in computational micromagnetics. - 10. 1 Micromagnetic structure. - 10. 2 The Landau-Lifshitz-Gilbert equation. - 10. 3 Numerical methods. - 10. 4 Open problem. - 10. 5 References. - 11 Nonlinear effects in electrorheological fluids. - 11. 1 Elect rorheological fluids. - 11. 2 An integral equation approach. - 11. 3 A time dependent model. - 11. 4 Open problems. - 11. 5 Solution to problems (1)(2). - 11. 6 References. - 12 Modeling of a building cooling system. - 12. 1 Cooling systems terminology. - 12. 2 A cooling system diagram. - 12. 3 Statement of the problem. - 12. 4 Dynamic equations. - 12. 5 Open problems. - 12. 6 References. - 13 Mass transport and adsorption in particle-loaded beds. - 13. 1 Adsorption measurements. - 13. 2 A mathematical model. - 13. 3 A simplified model. - 13. 4 Numerical and experimental results. - 13. 5 References. - 14 Growth instability in metal electrodeposition. - 14. 1 The Hull cell. - 14. 2 Model equations. - 14. 3 Open problems. - 14. 4 References. - 15 Simulation of production metal cutting processes. - 15. 1 Metal cutting process. - 15. 2 Model equations. - 15. 3 Numerical results. - 15. 4 References. - 16 Application of inverse scattering to oil field evaluation problems. - 16. 1 Extended Born approximation. - 16. 2 An inversion approach. - 16. 3 Imaging pits in corroded steel casings. - 16. 4 References. - 17 Solutions to problems from previous parts. - 17. 1 Part 5. - 17. 2 Part 7. - 17. 3 Part 9. - 17. 4 References. Language: English