Alì / Mascali Scientific Computing in Electrical Engineering

1. Auflage 2007
ISBN: 978-3-540-32862-9
Verlag: Springer-Verlag
Format: PDF
Kopierschutz: Adobe DRM (»Systemvoraussetzungen)

E-Book, Englisch, 460 Seiten

Autoren/Hrsg.

Alì, Giuseppe

Mascali, G.

Inhaltsverzeichnis

1;Preface;5
2;Contents;7
3;List of Contributors;12
4;Part I Coupled Problems;20
4.1;A Unified Approach for the Analysis of Networks Composed of Transmission Lines and Lumped Circuits*;21
4.2;Circuit Simulation for Nanoelectronics*;30
4.3;Hot-Phonon Effects on the Transport Propertiesof an Indium Phosphide n+ n n+ Diode;38
4.4;Modeling and Simulation for Thermal-Electric Coupling in an SOI- Circuit;44
4.5;A Staggered ALE Approach for Coupled Electromechanical Systems;50
4.6;Orthogonalisation in Krylov Subspace Methods for Model Order Reduction;56
4.7;Algebraic Sparsefied Partial Equivalent Electric Circuit (ASPEEC);61
4.8;Analytical and Numerical Techniques for Simulating a 3D Rainwater Droplet in a Strong Electric Field;67
4.9;3-D FE Particle Based Model of Ion Transport Across Ionic Channels;73
4.10;Coupled Calculation of Electromagnetic Fields and Mechanical Deformation;78
5;Part II Circuit Simulation;84
5.1;Challenging Coupled Problems in TCAD*;85
5.2;On the Formulation and Lumped Equivalents Extraction Techniques for the Efficient Modeling of Long Interconnects;95
5.3;Symbolic Methods in Industrial Analog Circuit Design;101
5.4;Index Analysis of Multirate Partial Differential-Algebraic Systems in RF- Circuits;107
5.5;Semidiscretisation Methods forWarped MPDAEs;114
5.6;Qualitative Properties of Equilibria in MNA Models of Electrical Circuits;120
5.7;State and Semistate Models of Lumped Circuits;126
5.8;An Index Analysis from Coupled Circuit and Device Simulation;133
5.9;Multirate Methods in Chip Design: Interface Treatment and Multi;141
5.10;Domain Extension;141
5.11;Digital Linear Control Theory for Automatic Stepsize Control;149
5.12;A General Compound Multirate Method for Circuit Simulation Problems;155
5.13;Stochastic Differential Algebraic Equations in Transient Noise Analysis;162
6;Part III Electromagnetism;168
6.1;Finite Element Modelling of Electrical Machines and Actuators*;169
6.2;Adaptive FEM Solver for the Computation of Electromagnetic Eigenmodes in 3D Photonic Crystal Structures;179
6.3;COLLGUN: a 3D FE Simulator for the Design of TWTs Electron Guns and Multistage Collectors;184
6.4;A New Thin-Solenoid Model for Accurate 3-D Representation of Focusing Axisymmetric Magnetic Fields in TWTs;190
6.5;Hybridised PTD/AWE for ModellingWide-Band Electromagnetic Wave Scattering;196
6.6;Transverse Electric PlaneWave Scattering by Two Infinitely Long Conducting Elliptic Cylinders: Iterative Solution;202
6.7;Simulation of Microwave and Semiconductor Laser Structures Including PML: Computation of the Eigen Mode Problem, the Boundary Value Problem, and the Scattering Matrix;211
6.8;Solving of an Electric Arc Motion in a Vacuum Interrupter;222
6.9;Analysis of Eddy Currents in a Gradient Coil;227
6.10;An Integration of Optimal Topology and Shape Design for Magnetostatics;233
6.11;Numerical Computation of Magnetic Field and Inductivity of Power Reactor with Respect of Real Magnetic Properties of Iron Core;239
6.12;Calculation of 3D Space-Charge Fields of Bunches of Charged Particles by Fast Summation*;246
6.13;Comparison of the A, V -formulation and Hiptmair’s Smoother;252
6.14;Iterative Solution of Field Problems with a Varying Physical Parameter;258
7;Part IV General Mathematical and Computational Methods;263
7.1;Time Integration Methods for Coupled Equations*;264
7.2;Two-Band Quantum Models for Semiconductors Arising from the Bloch Envelope Theory;273
7.3;Mixed Finite Element Numerical Simulation of a 2D Silicon MOSFET with the Non- Parabolic MEP Energy- Transport Model;279
7.4;Comparison of Different Methodologies for Parameter Extraction in Circuit Design;285
7.5;Sound Synthesis and Chaotic Behaviour in ChuaÌs Oscillator;290
7.6;A Kinetic Type Extended Model for Polarizable and Magnetizable Fluids.;296
7.7;Quantum Corrected DriftÒDiffusion Modeling and Simulation of Tunneling Effects in Nanoscale Semiconductor Devices;302
7.8;Reverse Statistical Modeling for Analog Integrated Circuits;309
7.9;Coupled EM & Circuit Simulation Flow for Integrated Spiral Inductor;316
7.10;An Optimal Control approach for an Energy Transport Model in Semiconductor Design;322
7.11;A Multigroup-WENO Solver for the Non-Stationary Boltzmann- Poisson System for Semiconductor Devices;330
7.12;Deterministic Numerical Simulation of 1d Kinetic Descriptions of Bipolar Electron Devices;337
7.13;A Hybrid Intelligent Computational Methodology for Semiconductor Device Equivalent Circuit Model Parameter Extraction;343
7.14;A SPICE-Compatible Mobility Function for Excimer Laser Annealed LTPS TFT Analog Circuit Simulation;349
7.15;Parallelization of WENO-Boltzmann Schemes for Kinetic Descriptions of 2D Semiconductor Devices;355
7.16;Hole Mobility in Silicon Semiconductors.;361
7.17;Anisotropic Mesh Adaptivity Via a Dual-Based A Posteriori Error;367
7.18;Estimation for Semiconductors;367
7.19;Kinetic Relaxation Models for the Boltzmann Transport Equation for Silicon Semiconductors;374
7.20;Exact Solutions for the Drift-Diffusion Model of Semiconductors via Lie Symmetry Analysis;380
7.21;Different Extrapolation Strategies in Implicit Newmark-Beta Schemes for the Solution of Electromagnetic High- Frequency Problems*;386
8;Part V Basic Research for Software Tools and Work in Progress;393
8.1;Electromagnetic Characterization Flow of Leadless Packages for RF Applications;394
8.2;Domain Decomposition Techniques and Coupled PDE/ODE Simulation of Semiconductor Devices;401
8.3;Interconnection Modeling Challenges in System-in-Package (SiP) Design;406
8.4;General Linear Methods for Nonlinear DAEs in Circuit Simulation;412
9;Colour Figures;418
10;Author Index;451