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Archive for November, 2011

Waterjett-Hull Interaction – PhD Thesis

by admin @ Wednesday, November 30th, 2011. Tags: control volume, extrapolation method, flow rate measurement, free stream, hull resistance, jet system, phd thesis, propulsion test, stream conditions, system decomposition, Thesis, thrust 2, Uncertainty, uncertainty analysis, WATER
Filed under civil engineering, Mechanical engineering, physics

Waterjett-Hull Interaction – PhD Thesis TOC 1. Introduction 2. Theoretical model 2.1 System decomposition 2.1.1 Definition of jet system control volume 2.1.2 Analysis of overall powering characteristics 2.2 Basic Equation 2.2.1 Thrust 2.2.2 Power 2.2.3 Free stream conditions 2.2.4 Lift 2.3 Interaction 2.3.1 Momentum interaction efficiency 2.3.2 Energy interaction efficiency 2.3.3 Quantitative assessment and comparison [...]

Finite-element Methods for Electromagnetics

by admin @ Friday, November 25th, 2011. Tags: calculus of variations, charge density, difference operators, Electromagnetic field, ELECTROMAGNETISM, energy principles, finite element equations, finite element formulations, finite element solutions, gauss jordan elimination, matrix solutions, maxwell equations, numerical field, ordinary differential equations, physical boundaries
Filed under Electrical engineering, physics

Finite-element Methods for Electromagnetics by Stanley Humphries TOC 1. Introduction 2. Finite-Element Electrostatic Equations Introduction Coulomb’s law Gauss’s law and charge density Differential equations for electrostatic fields Charge density distributions and dielectric materials Finite elements Coordinate relationships for triangles Gauss’s law for elements at a vertex point Solution procedure and boundary conditions Electrostatics in cylindrical [...]

Mathematical and Engineering Tools Softwares, Computer Algebra System

by admin @ Wednesday, November 23rd, 2011. Tags: Algebra, Algebra Softwares, Algorithm, Computer Algebra Softwares, Computer Algebra System, Differential equation, Mathematical and Engineering Tools Softwares, systems of linear equations
Filed under Chemical engineering, civil engineering, Computer/IT, Control and instrumentation, Electrical engineering, Mathematics, Mechanical engineering, physics

Mathematical and Engineering Tools Softwares, Computer Algebra System Axiom Axiom is a general purpose Computer Algebra system. It is useful for doing mathematics by computer and for research and development of mathematical algorithms. It defines a strongly typed, mathematically correct type hierarchy. It has a programming language and a built-in compiler. Axiom has been in [...]

Ray Theory – Characteristics and Asymptotics

by admin @ Monday, November 21st, 2011. Tags: asymptotic series, differential equations, heat equation, laplace equation, maxwell equations, ray theory, taylor expansion, Wave equation
Filed under physics

Ray Theory – Characteristics and Asymptotics TOC 1 Characteristic equations of first-order linear partial differential equations 1.1 Motivational example 1.1.1 General and particular solutions 1.1.2 Characteristics 1.2 Directional derivatives 1.3 Taylor expansion of solutions 1.4 Incompatibility of side conditions 1.4.1 Motivation: Linear equations in two dimensions 1.4.2 Generalization: Semilinear equations in higher dimensions 1.4.3 Relation [...]

Fault Tree Handbook

by admin @ Friday, November 18th, 2011. Tags: Algebra, boolean functions, failure mechanism, failure mode and effect analysis, fault tree analysis, fault tree handbook, probability theory, random experiments, success models
Filed under Chemical engineering, Control and instrumentation, Mechanical engineering, physics

Fault Tree Handbook pub. 1981, by US Nuclear Regulatory Commission TOC I. Basic Consept of System Analysis 1. The Purpose of System Analysis 2. Definition of a System 3. Analytical Approaches 4. Perils and Pitfalls II. Overview of Inductive Methods 1. Introduction 2. The “Parts Count” Approach 3. Failure Mode and Effect Analysis (FMEA) 4. [...]

Applied Mathematical Programming Using Algebraic Systems

by admin @ Wednesday, November 16th, 2011. Tags: Algebra, algebraic systems, Algorithm, applied mathematical programming, coefficient matrix, integer programming, Linear programming, linear programming problem, lp problems, mathematical programming approach, matrix algebra, matrix formulation, simplex algorithm, simplex method, solution method
Filed under Computer/IT, Mathematics

Applied Mathematical Programming Using Algebraic Systems TOC I: INTRODUCTION 1.1 Practical Problem Analysis 1.2 Mathematical Programming Approach 1.3 Mathematical Programming in Use 1.3.1 Generating Problem Insight 1.3.2 Numerical Mathematical Programming 1.3.3 Algorithmic Development 1.4 Book Plan II: LINEAR PROGRAMMING 2.1 The Basic LP Problem 2.2 Basic LP Example 2.3 Other Forms of the LP Problem [...]

Lightweight Compiler Techniques

by admin @ Thursday, November 10th, 2011. Tags: code synthesis, code transformation, compiler techniques, control statements, fundamental definitions, memory class, meta commands, naming conventions, object oriented programming, optimization algorithms, programming conventions, relational operations
Filed under Computer/IT, Electrical engineering

Lightweight Compiler Techniques Nils M Holm TOC 1. An Introduction to T3X 1.1 Programs 1.1.1 The Input Alphabet 1.1.2 Comments 1.1.3 Naming Conventions 1.1.4 Data Declarations 1.1.5 Factors 1.1.6 Expressions 1.1.7 Constant Expressions 1.1.8 Statements 1.1.9 Local Storage 1.1.10 Procedures 1.1.11 The Main Program 1.2 The T3X Object Model 1.2.1 Object Oriented Programming 1.3 The [...]

Iterative Methods for Linear and Nonlinear Equations

by admin @ Tuesday, November 8th, 2011. Tags: conjugate gradient iteration, convection diffusion equation, fixed point iteration, global convergence, iterative methods, newton methods, nonlinear equations
Filed under Chemical engineering, civil engineering, Computer/IT, Electrical engineering, Mathematics, Mechanical engineering

Iterative Methods for Linear and Nonlinear Equations C. T. Kelley TOC 1. Basic Concepts and Stationary Iterative Methods 1.1 Review and notation 1.2 The Banach Lemma and approximate inverses 1.3 The spectral radius 1.4 Matrix splittings and classical stationaryiterativ e methods 1.5 Exercises on stationaryiterativ e methods 2. Conjugate Gradient Iteration 2.1 Krylov methods and [...]

Thermophysical Properties of Materials For Nuclear Engineering : A Tutorial and Collection of Data

by admin @ Saturday, November 5th, 2011. Tags: beryllium oxide, ceramic fuel, fissile materials, graphite carbon, heavy water, liquid metals, mixed oxide fuel, plutonium dioxide, refractory metals, shielding materials, structural materials, thermophysical properties of materials, uranium dioxide
Filed under Chemical engineering, Chemistry, physics

Thermophysical Properties of Materials For Nuclear Engineering : A Tutorial and Collection of Data by IAEA TOC 1. GENERAL INFORMATION 2. NUCLEAR FUEL 2.1. General performance of fissile materials and nuclear fuel 2.2. Metallic fuel 2.2.1. Uranium 2.2.2. Plutonium 2.2.3. Thorium 2.3. Ceramic fuel 2.3.1. Uranium dioxide 2.3.2. Plutonium dioxide 2.3.3. Mixed oxide fuel MOX [...]

Algorithms and Data Structures – The Basic Toolbox

by admin @ Thursday, November 3rd, 2011. Tags: algorithm analysis, algorithm engineering, algorithms and data structures, asymptotic notation, correct algorithms, dynamic graphs, Generic Algorithm, Graph (data structure), Graph theory, hash tables, matrix representation, Priority queue, priority queues, randomized algorithms, recursive version, search algorithms, sorting algorithm, stacks and queues, static graphs
Filed under Computer/IT, Electrical engineering, Electrical Science

Algorithms and Data Structures – The Basic Toolbox TOC 1 Appetizer: Integer Arithmetics 1.1 Addition 1.2 Multiplication: The School Method 1.3 Result Checking 1.4 A Recursive Version of the School Method 1.5 Karatsuba Multiplication 1.6 Algorithm Engineering 1.7 The Programs 1.8 Proofs of Lemma 1.5 and Theorem 1.7 1.9 Implementation Notes 1.10 Historical Notes and [...]

Elementary Mechanics and Thermodynamics

by admin @ Thursday, November 3rd, 2011. Tags: conservation of linear momentum, constant angular acceleration, decay processes, elastic collisions, elementary mechanics, gravitational potential energy, inelastic collisions, instantaneous velocity, multiplying vectors, properties of friction, unit vectors, work energy theorem
Filed under Chemical engineering, Mechanical engineering

ELEMENTARY MECHANICS & THERMODYNAMICS John W. Norbury TOC 1 MOTION ALONG A STRAIGHT LINE 1.1 Motion 1.2 Position and Displacement 1.3 Average Velocity and Average Speed 1.4 Instantaneous Velocity and Speed 1.5 Acceleration 1.6 Constant Acceleration: A Special Case 1.7 Another Look at Constant Acceleration 1.8 Free-Fall Acceleration 2 VECTORS 2.1 Vectors and Scalars 2.2 [...]

Essential Elements of an Electric Cable Condition Monitoring Program

by admin @ Wednesday, November 2nd, 2011. Tags: Cable Condition Monitoring, Cable Maintenance, Electric Cable, Power Cable
Filed under Electrical engineering

Essential Elements of an Electric Cable Condition Monitoring Program TOC 1.0 INTRODUCTION 2.0 OVERVIEW OF CABLE SYSTEM AGING 2.1 Electric Cable Construction 2.2 Cable Systems Failure Modes, Stressors, and Aging Mechanisms 2.2.1 Cable Systems Failure Modes 2.2.2 Cable System Aging and Degradation Stressors 2.2.3 Cable Systems Aging and Degradation Mechanisms 2.3 Applicable Regulatory Requirements 2.4 [...]

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