Microbiology Handbook - Meat Products edited by Rhea Fernandes

Table of Contents
1. Chilled and Frozen Raw Meat, Poultry and Their Products
2. Cooked Meats, Poultry and Their Products
3. Dried Meats, Poultry and Related Products
4. Cured Meats and Poultry, Including Cooked Cured Meats
5. Fermented Meats
6. Eggs
7. Haccp in Meat and Meat Product Manufacture
8. EC Food Hygiene Legislation
9. Pathogen Profiles

Handbook of Cane Sugar Engineering by E. Hugot

TABLE OF CONTENTS

Chapter 1 Delivery, unloading and handling of cane Chapter 2 The cane carrier Chapter 3 Cane knives Chapter 4 Tramp-iron separators Chapter 5 Crushers Chapter 6 Shredders Chapter 7 Combinations of cane preparators Chapter 8 Feeding of mills and conveying of bagasse Chapter 9 Roller grooving Chapter 10 Pressures in milling Chapter 11 Mill speeds Chapter 12 Mill capacity Chapter 13 Mill settings Chapter 14 Power requirements of mills Chapter 15 Electric drive of mills Chapter 16 Mill drive by steam turbine Chapter 17 Mill gearing Chapter 18 Construction of mills Chapter 19 Imbibition Chapter 20 Extraction Chapter 21 Milling control Chapter 22 Fine-bagasse separators Chapter 23 Diffusion Chapter 24

Defecation Chapter 25 Sulphitation Chapter 26 Clarification with phosphoric acid Chapter 27 Carbonatation Chapter 28 Use of magnesia in clarification Chapter 29 Subsidation Chapter 30 Juice heating Chapter 31 Filtration Chapter 32 Evaporation Chapter 33 Sugar boiling Chapter 34 Crystallisation Chapter 35 Centrifugal separation Chapter 36 Storage and drying of sugar Chapter 37 Sugar Chapter 38 Molasses Chapter 39 Boiling-house control Chapter 40 Vacuum equipment Chapter 41 Steam production and usage Chapter 42 Steam turbines Chapter 43 Electricity Chapter 44 Pumps Chapter 45 Piping and fluid flow Chapter 46 Automation and data processing Conversion Tables

Handbook of Pulp edited by Herbert Sixta

Tables of Contents
Volume 1
Part I Chemical Pulping
1 Introduction
Herbert Sixta
2 Raw Material for Pulp
Gerald Koch
3 Wood Yard Operations
Jörg B. Ressel
4 Chemical Pulping Processes
Herbert Sixta, Antje Potthast, Andreas W. Krotschek
5 Pulp Washing
Andreas W. Krotscheck
6 Pulp Screening, Cleaning, and Fractionation
Andreas W. Krotscheck
Volume 2
7 Pulp Bleaching
Herbert Sixta, Hans-Ullrich Süss, Antje Potthast, Manfred Schwanninger, and Andreas W. Krotscheck
8 Pulp Purification
Herbert Sixta
9 Recovery
Andreas W. Krotscheck and Herbert Sixta
10 Environmental Aspects of Pulp Production
Hans-Ulrich Süss
11 Pulp Properties and Applications
Herbert Sixta
Part II Mechanical Pulping
Jürgen Blechschmidt, Sabine Heinemann, and Hans-Ulrich Süss
1 Introduction
Jürgen Blechschmidt and Sabine Heinemann
2 A Short History of Mechanical Pulping
Jürgen Blechschmidt and Sabine Heinemann
3 Raw Materials for Mechanical Pulp
Jürgen Blechschmidt and Sabine Heinemann
4 Mechanical Pulping Processes
Jürgen Blechschmidt and Sabine Heinemann
5 Processing of Mechanical Pulp and Reject Handling: Screening and Cleaning
Jürgen Blechschmidt and Sabine Heinemann
6 Bleaching of Mechanical Pulp
Hans-Ulrich Süss
7 Latency and Properties of Mechanical Pulp
Jürgen Blechschmidt and Sabine Heinemann
Part III Recovered Paper and Recycled Fibers
Hans-Joachim Putz
1 Introduction
2 Relevance of Recycled Fibers as Paper Raw Material
3 Recovered Paper Grades
4 Basic Statistics
5 Collection of Recovered Paper
6 Sources of Recovered Paper
7 Sorting, Handling, and Storage of Recovered Paper
8 Legislation for the Use of Recycled Fibers
Appendix: European List of Standard Grades of Recovered Paper and Board (February, 1999)
Part IV Analytical Characterization of Pulps
Erich Gruber
1 Fundamentals of Quality Control Procedures
2 Determination of Low Molecular-Weight Components
3 Macromolecular Composition
4 Characterization of Supermolecular Structures
5 Fiber Properties
6 Papermaking Properties of Pulps
Index

Handbook of Phase Change Boiling and Condensation by Satish G. Kandlikar and Masahiro Shoji and Vijay K. Dhir

CONTENTS
1 VAPOR LIQUID EQUILIBRIUM PROPERTIES
2 REPRESENTATION OF SOLID-LIQUID-VAPOR PHASE INTERACTIONS
3 BOILING CURVE
4 NUCLEATE BOILING
5 ENHANCEMENT TECHNIQUES IN POOL BOILING
6 CRITICAL HEAT FLUX IN POOL BOILING
7 FILM AND TRANSITION BOILING
8 INTRODUCTION AND BASIC MODELS
9 FLUID MECHANICS ASPECTS OF TWO-PHASE FLOW
10 TWO-PHASE FLOW INSTABILITIES
11 CRITICAL TWO PHASE FLOW
12 TWO-PHASE FLOW AND BOILING HEAT TRANSFER IN TUBE BUNDLES
13 EXTERNAL FLOW FILM BOILING
14 AUGMENTATION TECHNIQUES AND EXTERNAL FLOW BOILING
15 FLOW BOILING IN CIRC ULAR TUBES
16 FLOW BOILING IN ADVANCED GEOMETRIES AND APPLICATIONS
17 CHF AND POST-CHF (POST-DRYOUT) HEAT TRANSFER
18 FLOW BOILING AUGMENTATION
19 FILM CONDENSATION
20 DROPWIS E CONDENSATION
21 DIRECT CONTACT CONDENSATION
22 AUGMENTATION TECHNIQUES IN EXTERNAL CONDENSATION
23 HEAT TRANSFER AND PRESSURE DRO P IN INTERNAL FLOW CO NDENSATIO N
24 AUGMENTATION TECHNIQUES AND CONDENSATION INSIDE ADVANCED GEOMETRIES
25 INSTRUMENTATION IN BOILING AND CONDENSATION STUDIES

Handbook of Nutrition and Immunity edited by M. Eric Gershwin, MD; Penelope Nestel, PhD and Carl L. Keen, PhD

Table of Contents
1 Evaluation of the Immune Function in the Nutritionally At-Risk Patient
Carlo Selmi, Pietro Invernizzi, Massimo Zuin, Aftab A. Ansari, and M. Eric Gershwin
2 The Field Assessment of Nutrition
Michael K. Hendricks and Greg Hussey
3 The Pregnant and Lactating Woman
Rachel Gitau and Suzanne Filteau
4 Severe Undernutrition and Immunity
Alan A. Jackson and Philip C. Calder
5 Infection, Immunity, and Vitamin
Usha Ramakrishnan, Amy L. Webb, and Karen Ologoudou
6 Trace Elements/Minerals and Immunity
Carl L. Keen, Janet Y. Uriu-Adams, Jodi L. Ensunsa, and M. Eric Gershwin
7 Dietary Fat and Immunity in Humans
Kent L. Erickson, Darshan S. Kelley, and Neil E. Hubbard
8 Allergies and Nutrition
Christopher Chang
9 Antioxidant Nutrition and Immunity
Laurence S. Harbige and M. Eric Gershwin
10 Probiotics and Prebiotics
Andrea T. Borchers, Carl L. Keen, and M. Eric Gershwin
11 Malaria and Immunity
Clara Menéndez and Carlota Dobaño
12 Acute Respiratory Infections
Ian D. Riley
13 Diarrhea and Other Gastrointestinal Diseases
Douglas L. Taren
14 HIV
Annamaria Kiure and Wafaie Fawzi
15 Summary and Future Directions
Penelope Nestel and Ritu Nalubola

Factory Planning Manual Situation-Driven Production Facility Planning by Michael Schenk · Siegfried Wirth · Egon Muller

Table of Contents
1 Introduction
2 Systematic and Situation-Driven Planning Methods
3 The 0 + 5 + X Planning Model
4 Material flow and logistics
5 Situation-driven case studies
6 Appendix

El Recetario Industrial by Hiscox - Hopkins

La presente obra, que es una edición notablemente ampliada de las obras Henley's Twentieth Century Formulas, Recipes and Processes y The Scientific American Cyclopedia of Formulas, contiene 22135 recetas y procedimientos relacionados con las siguientes materias: manipulaciones químicas, pesos y medidas, accidentes, primeros socorros, agricultura, abonos, aleaciones y amalgama, metalurgia, artes: materiales y recursos empleados, bebidas de toda clase, blanqueo limpieza, conservación y restauración, caucho, gutapercha, celuloide y otras masas plásticas, cementos, colas, pastas y aglutinantes, coloración y teñido, conservas alimenticias, economía doméstica, fotografía, recubrimientos metálicos y galvanoplastia, sustancias grasas, helados, caramelos y dulces, impermeabilización, hidrófugos, ignífugos, calorífugos y extintores, insectos, parásitos y alimañas, jabones y bujías, joyería, relojería, arte del lapidario, trabajo del hueso, marfil, juegos, trucos, curiosidades, lacas, pinturas, barnices, perfumería y productos de tocador, pieles y cueros, algunos productos industriales y farmacéuticos, pólvoras y explosivos, tratamiento térmico y soldadura de los metales, tintas, papeles, lápiceras, lacres, vidrio, cerámica y esmaltes.

Autocad 2008 - Manual del Usuario by AutoDesk(TM)

Tabla de Contenidos
Capítulo 1
Para obtener información de los dibujos
Capítulo 2
Barras de herramientas, menús y Centro de controles
Capítulo 3
Ventana de comandos
Capítulo 4
DesignCenter
Capítulo 5
Personalización del entorno de dibujo
Capítulo 6
Paletas de herramientas
Capítulo 7
Inicio de un dibujo
Capítulo 8
Abrir o guardar un dibujo
Capítulo 9
Reparación, restitución o recuperación de archivos de dibujo
Capítulo 10
Mantenimiento de normas en los dibujos
Capítulo 11
Cambio de vistas
Capítulo 12
Utilización de herramientas de visualización 3D
Capítulo 13
Presentación de varias vistas en espacio modelo
Capítulo 14
Creación de dibujos de una sola vista (espacio modelo)
Capítulo 15
Creación de presentaciones de dibujo con varias vistas (espacio papel)
Capítulo 16
Trabajo con planos en un conjunto de planos
Capítulo 17
Control de las propiedades de los objetos
Capítulo 18
Utilización de herramientas de precisión
Capítulo 19
Dibujo de objetos geométricos
Capítulo 20
Creación y utilización de bloques (símbolos)
Capítulo 21
Modificación de objetos existentes
Capítulo 22
Creación de modelos 3D
Capítulo 23
Modificación de sólidos 3D y superficies
Capítulo 24
Creación de secciones y dibujos 2D a partir de modelos 3D
Capítulo 25
Trabajo con anotaciones
Capítulo 26
Sombreados, rellenos y coberturas
Capítulo 27
Notas y rótulos
Capítulo 28
Tablas
Capítulo 29
Acotaciones y tolerancias
Capítulo 30
Preparación de dibujos para trazado y publicación
Capítulo 31
Impresión de dibujos
Capítulo 32
Publicación de dibujos

Control Valve Handbook Process Management - 4th edition

Table of Contents
Chapter 1. Introduction to Control Valves
Chapter 2. Control Valve Performance
Chapter 3. Valve and Actuator Types
Chapter 4. Control Valve Accessories
Chapter 5. Control Valve Selection
Chapter 6. Special Control Valves
Chapter 7. Steam Conditioning Valves
Chapter 8. Installation and Maintenance
Chapter 9. Standards and Approvals
Chapter 10. Engineering Data
Chapter 11. Pipe Data
Chapter 12. Conversions and Equivalents

Standard Handbook of Plant Engineering Robert C. Rosaler

Table of Contents
Section 1
THE PLANT ENGINEER AND THE ORGANIZATION
CHAPTER 1.1
OBJECTIVES AND PHILOSOPHY
CHAPTER 1.2
THE PLANT ENGINEERING ORGANIZATION
Section 2
EFFECTIVE MAINTENANCE MANAGEMENT
CHAPTER 2.1
PRINCIPLES AND PHILOSOPHY
CHAPTER 2.2
TYPES OF MAINTENANCE MANAGEMENT
CHAPTER 2.3
PLANNING AND CONTROLS
Section 3
MANAGING THE FACILITY
CHAPTER 3.1
COMMISSIONING
CHAPTER 3.2
ELECTRIC SYSTEMS MANAGEMENT
CHAPTER 3.3
WATER PURIFICATION AND TREATMENT
CHAPTER 3.4
WATER COOLING SYSTEMS
CHAPTER 3.5
APPLICATIONS OF HEATING, VENTILATING, AND AIRCONDITIONING SYSTEMS
CHAPTER 3.6
COMMUNICATION AND COMPUTER NETWORKS
Section 4
PLANT OPERATIONS
CHAPTER 4.1
MATERIALS HANDLING: PLANNING
CHAPTER 4.2
MATERIALS HANDLING: CONTAINERIZATION
CHAPTER 4.3
MATERIALS HANDLING: FIXED-PATH EQUIPMENT
CHAPTER 4.4
MATERIALS HANDLING: MOBILE EQUIPMENT
CHAPTER 4.5
MATERIALS HANDLING: WAREHOUSING AND STORAGE
CHAPTER 4.6
AIR POLLUTION CONTROL
CHAPTER 4.7
LIQUID-WASTE DISPOSAL
CHAPTER 4.8
SOLID-WASTE DISPOSAL
CHAPTER 4.9
FIRE PROTECTION AND PREVENTION
CHAPTER 4.10
TOXIC SUBSTANCES AND RADIATION HAZARDS
CHAPTER 4.11
SANITATION CONTROL AND HOUSEKEEPING
CHAPTER 4.12
NOISE CONTROL
CHAPTER 4.13
VIBRATION CONTROL
CHAPTER 4.14
ENERGY CONSERVATION
Section 5
BASIC MAINTENANCE TECHNOLOGY
CHAPTER 5.1
ELECTRIC MEASURING INSTRUMENTS
CHAPTER 5.2
BUILDING AIR QUALITY
CHAPTER 5.3
HVAC SYSTEM CONTROL EQUIPMENT
CHAPTER 5.4
MECHANICAL EQUIPMENT: GEARING AND ENCLOSED GEAR DRIVES
CHAPTER 5.5
MECHANICAL EQUIPMENT: ROLLING ELEMENT BEARINGS
CHAPTER 5.6
MECHANICAL EQUIPMENT: SHAFT DRIVES AND COUPLINGS Part 1
CHAPTER 5.6
SHAFT DRIVES AND COUPLINGS Part 2
CHAPTER 5.6
SHAFT DRIVES AND COUPLINGS Part 3
CHAPTER 5.7
ELECTRIC MOTORS
CHAPTER 5.8
MOTOR CONTROLS
CHAPTER 5.9
LIGHTING
CHAPTER 5.10
COMPUTERS
CHAPTER 5.11
POWER DISTRIBUTION SYSTEMS
CHAPTER 5.12
STANDBY AND EMERGENCY POWER: ROTATING EQUIPMENT SYSTEMS
CHAPTER 5.13
STANDBY AND EMERGENCY POWER: BATTERIES
CHAPTER 5.14
PLASTICS PIPING
CHAPTER 5.15
PIPE INSULATION
CHAPTER 5.16
CORROSION CONTROL
CHAPTER 5.17
VALVES
CHAPTER 5.18
LUBRICANTS: GENERAL THEORY AND PRACTICE
Section 6
IN-PLANT PRIME POWER GENERATION AND COGENERATION
CHAPTER 6.1
BOILERS
CHAPTER 6.2
FUELS AND COMBUSTION EQUIPMENT
CHAPTER 6.3
ELECTRIC GENERATORS
CHAPTER 6.4
GAS TURBINES
CHAPTER 6.5
STEAM TURBINES
CHAPTER 6.6
DIESEL AND NATURAL GAS ENGINES

Handbook of Industrial Crystallization - 2Ed. Allan S. Myerson

Table of Contents
1.Solutions and Solution Properties
2.Crystals. Crystal Growth, and Nucleation
3.The Influence of Impurities and Solvents on Crystallization
4.Analysis and Measurement of Crystallization Utilizing the Population Balance
5.Crystallizer Selection and Design
6.Precipitation Processes
7.Melt Crystallization
8.Crystallizer Mixing: Understanding and Modeling Cristallizer Mixing and Suspension Flow
9.Control of Crystallization Processes
10.Batch Crystallization
11.Crystallization in the Pharmaceutical and Bioprocessing Industries
12.Crystallization of Proteins
13.Crystallization in Foods

Descargar
Contraseña: Avibert

Manual de Soluciones Prácticas para el Ingeniero Químico Carl R. Branan

Tabla de Contenidos
Sección Uno
Diseño del equipo
1. Flujo de fluídos
2. Intercambiadores de calor
3. Fraccionadoras
4. Absorbedoras
5. Bombaas
6. Compresoras
7. Elementos motores
8. Separadores-Acumuladores
9. Calderas
10 Torres de enfriamiento
Sección Dos
Diseño de Procesos
11. Refrigeración
12. Tratamiento de gases
13. Sistemas de vacío
14. Transportación neumática
15. Mezclado
Sección Tres
Diseño de la Planta
16. Evaluación de Procesos
17. Contabilidad
18. Metalurgia
19. Seguridad
20. Controles
Sección Cuatro
Operaciones
21. Detección de Fallas
22. Arranque
23. Conservación de la energía
24. Modelado de procesos aplicando la programación lineal
25. Propiedades
Apéndices

Handbook of Mathematics for Engineers and Scientists Andrei D. Polyanin - Alexander V. Manzhirov

Contents
Part I. Definitions, Formulas, Methods, and Theorems
1. Arithmetic and Elementary Algebra
1.1. Real Numbers
1.2. Equalities and Inequalities. Arithmetic Operations. Absolute Value
1.3. Powers and Logarithms
1.4. Binomial Theoremand Related Formulas
1.5. Arithmetic and Geometric Progressions. Finite Sums and Products
1.6. Mean Values and Inequalities of General Form
1.7. Some Mathematical Methods
References for Chapter 1
2. Elementary Functions
2.1. Power, Exponential, and Logarithmic Functions
2.2. Trigonometric Functions
2.3. Inverse Trigonometric Functions
2.4. Hyperbolic Function
2.5. InverseHyperbolic Functions
References for Chapter 2
3. Elementary Geometry
3.1. Plane Geometry
3.2. Solid Geometry
3.3. Spherical Trigonometry
References for Chapter 3
4. Analytic Geometry
4.1. Points, Segments, and Coordinates on Line and Plane
4.2. Curves on Plane
4.3. Straight Lines and Points on Plane
4.4. Second-Order Curves
4.5. Coordinates, Vectors, Curves, and Surfaces in Space
4.6. Line and Plane in Space
4.7. Quadric Surfaces (Quadrics)
References for Chapter 4
5. Algebra
5.1. Polynomials and Algebraic Equations
5.2. Matrices and Determinants
5.3. Linear Spaces
5.4. Euclidean Spaces
5.5. Systems of Linear Algebraic Equations
5.6. LinearOperators
5.7. Bilinear and Quadratic Forms
5.8. Some Facts fromGroup Theory
References for Chapter 5
6. Limits and Derivatives
6.1. Basic Concepts ofMathematicalAnalysis
6.2. DifferentialCalculus for Functions of a SingleVariable
6.3. Functions of SeveralVariables. PartialDerivatives
References for Chapter 6
7. Integrals
7.1. Indefinite Integral
7.2. Definite Integral
7.3. Double and Triple Integrals
7.4. Line and Surface Integrals
References for Chapter 7
8. Series
8.1. Numerical Series and Infinite Products
8.2. Functional Series
8.3. Power Series
8.4. Fourier Series
8.5. Asymptotic Series
References for Chapter 8
9. Differential Geometry
9.1. Theory of Curves
9.2. Theory of Surfaces
References for Chapter 9
10. Functions of Complex Variable
10.1. Basic Notions
10.2. Main Applications
References for Chapter 10
11. Integral Transforms
11.1. General Formof Integral Transforms. Some Formulas
11.2. Laplace Transform
11.3. Mellin Transform
11.4. Various Forms of the Fourier Transform
11.5. Other Integral Transforms
References for Chapter 11
12. Ordinary Differential Equations
12.1. First-Order Differential Equations
12.2. Second-Order Linear Differential Equations
12.3. Second-Order Nonlinear Differential Equations
12.4. Linear Equations of ArbitraryOrder
12.5. Nonlinear Equations of ArbitraryOrder
12.6. Linear Systems of OrdinaryDifferential Equations
12.7. Nonlinear Systems of OrdinaryDifferential Equations
References for Chapter 12
13. First-Order Partial Differential Equations
13.1. Linear and Quasilinear Equations
13.2. Nonlinear Equations
References for Chapter 13
14. Linear Partial Differential Equations
14.1. Classification of Second-Order Partial Differential Equations
14.2. Basic Problems ofMathematical Physics
14.3. Properties and Exact Solutions of Linear Equations
14.4. Method of Separation of Variables (FourierMethod)
14.5. Integral TransformsMethod
14.6. Representation of the Solution of the Cauchy Problem via the Fundamental Solution
14.7. Boundary Value Problems for Parabolic Equations with One Space Variable. Green’s Function
14.8. Boundary Value Problems for Hyperbolic Equations with One Space Variable. Green’s Function. Goursat Problem
14.9. Boundary Value Problems for Elliptic Equations with Two Space Variables
14.10. Boundary Value Problems with Many Space Variables. Representation of Solutions via theGreen’s Function
14.11. Construction of the Green’s Functions. General Formulas and Relations
14.12. Duhamel’s Principles in Nonstationary Problems
14.13. Transformations Simplifying Initial and Boundary Conditions
References for Chapter 14
15. Nonlinear Partial Differential Equations
15.1. Classification of Second-Order Nonlinear Equations
15.2. Transformations of Equations of Mathematical Physics
15.3. Traveling-Wave Solutions, Self-Similar Solutions, and Some Other Simple Solutions. SimilarityMethod
15.4. Exact Solutionswith Simple Separation of Variables
15.5. Method of Generalized Separation of Variables
15.6. Method of Functional Separation of Variables
15.7. Direct Method of Symmetry Reductions of Nonlinear Equations
15.8. Classical Method of Studying Symmetries of Differential Equations
15.9. NonclassicalMethod of Symmetry Reductions
15.10. Differential ConstraintsMethod
15.11. Painlev´e Test for Nonlinear Equations of Mathematical Physics
15.12. Methods of the Inverse Scattering Problem (Soliton Theory)
15.13. Conservation Laws and Integrals ofMotion
15.14. Nonlinear Systems of PartialDifferential Equations
References for Chapter 15
16. Integral Equations
16.1. Linear Integral Equations of the First Kind with Variable Integration Limit
16.2. Linear Integral Equations of the Second Kind with Variable Integration Limit
16.3. Linear Integral Equations of the First Kind with Constant Limits of Integration
16.4. Linear Integral Equations of the Second Kind with Constant Limits of Integration
16.5. Nonlinear Integral Equations
References for Chapter 16
17. Difference Equations and Other Functional Equations
17.1. Difference Equations of Integer Argument
17.2. Linear Difference Equations with a Single Continuous Variable
17.3. Linear Functional Equations
17.4. Nonlinear Difference and Functional Equations with a Single Variable
17.5. Functional Equationswith SeveralVariables
References for Chapter 17
18. Special Functions and Their Properties
18.1. Some Coefficients, Symbols, and Numbers
18.2. Error Functions. Exponential and Logarithmic Integrals
18.3. Sine Integral and Cosine Integral. Fresnel Integrals
18.4. Gamma Function, Psi Function, and Beta Function
18.5. IncompleteGamma and Beta Functions
18.6. Bessel Functions (Cylindrical Functions)
18.7. Modified Bessel Functions
18.8. Airy Functions
18.9. Degenerate Hypergeometric Functions (Kummer Functions)
18.10. Hypergeometric Functions
18.11. Legendre Polynomials, Legendre Functions, and Associated Legendre Functions
18.12. ParabolicCylinder Functions
18.13. Elliptic Integrals
18.14. Elliptic Functions
18.15. Jacobi Theta Functions
18.16. Mathieu Functions and ModifiedMathieu Functions
18.17. Orthogonal Polynomials
18.18. Nonorthogonal Polynomials
References for Chapter 18
19. Calculus of Variations and Optimization
19.1. Calculus of Variations and Optimal Control
19.2. Mathematical Programming
References for Chapter 19
20. Probability Theory
20.1. Simplest Probabilistic Models
20.2. Random Variables and Their Characteristics
20.3. Limit Theorems
20.4. Stochastic Processes
References for Chapter 20
21. Mathematical Statistics
21.1. Introduction to Mathematical Statistics
21.2. Statistical Estimation
21.3. Statistical Hypothesis Testing
References for Chapter 21
Part II. Mathematical Tables 1111
T1. Finite Sums and Infinite Series
T1.1. Finite Sums
T1.2. Infinite Series
References for Chapter T1
T2. Integrals
T2.1. Indefinite Integrals
T2.2. Tables of Definite Integrals
References for Chapter T2
T3. Integral Transforms
T3.1. Tables of Laplace Transforms
T3.2. Tables of Inverse Laplace Transforms
T3.3. Tables of Fourier Cosine Transforms
T3.4. Tables of Fourier Sine Transforms
T3.5. Tables of Mellin Transforms
T3.6. Tables of Inverse Mellin Transforms
References for Chapter T3
T4. Orthogonal Curvilinear Systems of Coordinate
T4.1. Arbitrary Curvilinear Coordinate Systems
T4.2. Special Curvilinear Coordinate Systems
References for Chapter T4
T5. Ordinary Differential Equations
T5.1. First-Order Equations
T5.2. Second-Order Linear Equations
References for Chapter T5
T6. Systems of Ordinary Differential Equations
T6.1. Linear Systems of Two Equations
T6.2. Linear Systems of Three and More Equations
T6.3. Nonlinear Systems of Two Equations
T6.4. Nonlinear Systems of Three or More Equations
References for Chapter T6
T7. First-Order Partial Differential Equations
T7.1. Linear Equations
T7.2. Quasilinear Equations
T7.3. Nonlinear Equations
T8. Linear Equations and Problems of Mathematical Physics
T8.1. Parabolic Equations
T8.2. Hyperbolic Equations
T8.3. Elliptic Equations
T8.4. Fourth-Order Linear Equations
References for Chapter T8
T9. Nonlinear Mathematical Physics Equations
T9.1. Parabolic Equations
T9.2. Hyperbolic Equations
T9.3. Elliptic Equations
T9.4. Other Second-Order Equations
T9.5. Higher-Order Equations
References for Chapter T9
T10. Systems of Partial Differential Equations
References for Chapter T10
T11. Integral Equations
References for Chapter T11
T12. Functional Equations
References for Chapter T12
Supplement. Some Useful ElectronicMathematical Resources
Index

Handbook of Engineering Fundamentals Eshbach’s Handbook Myer Kutz

Contents

• Mathematical and Physical Units, Standards, and Tables
  Jack H. Westbrook
  1. Symbols and Abbreviations
  2. Mathematical Tables
  3. Statistical Tables
  4. Units and Standards
  5. Tables of Conversion Factors
  6. Standard Sizes
  7. Standard Screws
  
• 
  Mathematics
  J. N. Reddy
  1. Arithmetic
  2. Algebra
  3. Set Algebra
  4. Statistics and Probability
  5. Geometry
  6. Trigonometry
  7. Plane Analytic Geometry
  8. Solid Analytic Geometry
  9. Differential Calculus
  10. Integral Calculus
  11. Differential Equations
  12. Finite-Element Method
  13. Laplace Transformation
  14. Complex Analysis
  15. Vector Analysis
  Bibliography
  
• 
  Mechanics of Rigid Bodies
  Wallace Fowler
  1. Definitions
  2. Statics
  3. Kinematics
  4. Kinetics
  5. Friction
  Bibliography
  
• 
  Selection of Metals for Structural Design
  Matthew J. Donachie
  1. Introduction
  2. Common Alloy Systems
  3. What Are Alloys and What Affects Their Use?
  4. What Are the Properties of Alloys and How Are Alloys Strengthened?
  5. Manufacture of Alloy Articles
  6. Alloy Information
  7. Metals at Lower Temperatures
  8. Metals at High Temperatures
  9. Melting and Casting Practices
  10. Forging, Forming, Powder Metallurgy, and Joining of Alloys
  11. Surface Protection of Materials
  12. PostService Refurbishment and Repair
  13. Alloy Selection: A Look at Possibilities
  14. Level of Property Data
  15. Thoughts on Alloy Systems
  16. Selected Alloy Information Sources
  Bibliography
  
• 
  Plastics: Information and Properties of Polymeric Materials
  Edward N. Peters
  1. Introduction
  2. Polyolefinic Thermoplastics
  3. Side-Chain-Substituted Vinyl Thermoplastics
  4. Polyurethane and Cellulosic Resins
  5. Engineering Thermoplastics: Condensation Polymers
  6. High-Performance Materials
  7. Fluorinated Thermoplastics
  8. Thermosets
  9. General-Purpose Elastomers
  10. Specialty Elastomers
  References
  
• 
  Overview of Ceramic Materials, Design, and Application
  R. Nathan Katz
  1. Introduction
  2. Processing of Advanced Ceramics
  3. Brittleness and Brittle Materials Design
  4. Applications
  5. Information Sources
  6. Future Trends
  References
  
• 
  Mechanics of Deformable Bodies
  Neal F. Enke and Bela I. Sandor
  1. Introduction to Stress and Strain
  2. Beams and Bending
  3. Torsion and Shafts
  4. Plates, Shells, and Contact Stresses
  5. Nonlinear Response of Materials
  6. Energy Methods
  7. Composite Materials
  8. Theories of Strength and Failure
  References
  
• 
  Nondestructive Inspection
  Robert L. Crane and Jeremy S. Knopp
  1. Introduction
  2. Liquid Penetrants
  3. Radiography
  4. Ultrasonic Methods
  5. Magnetic Particle Method
  6. Thermal Methods
  7. Eddy Current Methods
  Appendix: Ultrasonic Properties of Common Materials
  References
  
• 
  Mechanics of Incompressible Fluids
  Egemen Ol Ogretim and Wade W. Huebsch
  1. Introduction
  2. Fluid Properties
  3. Fluid Statics
  4. Ideal (Inviscid) Fluid Dynamics
  5. Viscous Fluid Dynamics
  6. Similitude and Dimensional Analysis
  7. Flow in Closed Conduits
  8. Flow in Open Channels
  9. Flow About Immersed Objects
  10. Fluid Measurements
  References
  Bibliography
  
• 
  Aerodynamics of Wings
  Warren F. Phillips
  1. Introduction and Notation
  2. Boundary Layer Concept
  3. Inviscid Aerodynamics
  4. Incompressible Flow over Airfoils
  5. Trailing-Edge Flaps and Section Flap Effectiveness
  6. Incompressible Flow over Finite Wings
  7. Flow over Multiple Lifting Surfaces
  8. Wing Stall and Maximum Lift Coefficient
  9. Inviscid Compressible Aerodynamics
  10. Compressible Subsonic Flow
  11. Supersonic Flow
  References
  
• 
  Steady One-Dimensional Gas Dynamics
  D. H. Daley with contributions by J. B. Wissler
  1. Generalized One-Dimensional Gas Dynamics
  2. Simple Flows
  3. Nozzle Operating Characteristics
  4. Normal Shock Waves
  5. Plane Oblique Shock Waves
  6. Conical Shock Waves
  7. Prandtl–Meyer Expansion
  References 697
  
• 
  Mathematical Models of Dynamic Physical Systems
  K. Preston White, Jr.
  1. Rationale
  2. Ideal Elements
  3. System Structure and Interconnection Laws
  4. Standard Forms for Linear Models
  5. Approaches to Linear Systems Analysis
  6. State-Variable Methods
  7. Simulation
  8. Model Classifications
  References
  Bibliography
  
• 
  Basic Control Systems Design
  William J. Palm
  1. Introduction
  2. Control System Structure
  3. Transducers and Error Detectors
  4. Actuators
  5. Control Laws
  6. Controller Hardware
  7. Further Criteria for Gain Selection
  8. Compensation and Alternative Control Structures
  9. Graphical Design Methods
  10. Principles of Digital Control
  11. Uniquely Digital Algorithms
  12. Hardware and Software for Digital Control
  13. Software Support for Control System Design
  14. Future Trends in Control Systems
  References
  
• 
  Thermodynamics Fundamentals
  Adrian Bejan
  1. Introduction
  2. First Law of Thermodynamics for Closed Systems
  3. Second Law of Thermodynamics for Closed Systems
  4. Energy-Minimum Principle
  5. Laws of Thermodynamics for Open Systems
  6. Relations among Thermodynamic Properties
  7. Analysis of Engineering System Components
  References
  
• 
  Heat Transfer Fundamentals
  G. P. Peterson
  1. Conduction Heat Transfer
  2. Convection Heat Transfer
  3. Radiation Heat Transfer
  4. Boiling and Condensation Heat Transfer
  References
  Bibliography
  
• 
  Electric Circuits
  Albert J. Rosa
  1. Introduction
  2. Direct-Current (DC) Circuits
  3. Linear Active Circuits
  4. AC Circuits
  5. Transient Response of Circuits
  6. Frequency Response
  References
  
• 
  Electronics
  1. Bipolar Transistors
  John D. Cressler
  2. Data Acquisition and Conversion
  Kavita Nair, Chris Zillmer, Dennis Polla, and Ramesh Harjani
  3. Data Analysis
  Arbee L. P. Chen and Yi-Hung Wu
  4. Diodes
  Konstantinos Misiakos
  5. Electronic Components
  Clarence W. de Silva
  6. Input Devices
  George Grinstein and Marjan Trutschl
  7. Instruments
  Halit Eren
  8. Integrated Circuits
  N. Ranganathan and Raju D. Venkataramana
  9. Microprocessors
  Robert P. Colwell
  10. Oscilloscopes
  Andrew Rusek
  11. Power Devices
  Alex Q. Huang and Bo Zhang
  References
  Bibliography
  
• 
  Light and Radiation
  M. Parker Givens
  1. Introduction
  2. Geometric Optics
  3. Physical Optics
  4. Light Sources
  5. Lasers
  6. The Eye and Vision
  7. Detectors or Optical Transducers
  References
  Bibliography
  
• 
  Acoustics
  Jonathan Blotter, Scott Sommerfeldt, and Kent L. Gee
  1. Introduction
  2. Sound Power, Sound Intensity, and Sound Pressure
  3. Decibel and Other Scales
  4. Weighting Filters
  5. Impedance
  6. Theory of Sound
  7. Reflection, Transmission, and Absorption
  8. Hearing Loss
  9. Passive Noise Control
  10. Active Noise Control
  11. Architectural Acoustics
  12. Community and Environmental Noise
  13. Sound Quality Analysis
  14. Nonlinear Acoustics
  15. Human Ear and Hearing
  16. Microphones and Loudspeakers
  References
  Suggested Further Readings
  
• 
  Chemistry
  D. A. Kohl
  1. Atomic Structure and Periodic Table
  2. Molecular Structure and Chemical Bonding
  3. Chemical Reactions and Stoichiometry
  4. Chemical Thermodynamics
  5. Thermochemistry
  6. Chemical Equilibrium
  7. Phase Equilibria
  8. Chemical Reaction Rates
  9. Electrochemistry
  10. Organic Chemistry
  References
  Bibliography
  
• 
  Engineering Economy
  Kate D. Abel
  1. Introduction
  2. Cash Flows and Time Value of Money
  3. Equivalence
  4. Single Sum and Uniform, Gradient, and Geometric Series
  5. Comparing Alternatives: Defining Options
  6. Comparing Alternatives through Figures of Merit
  7. Additional Analyses in Selection Process
  8. Capital Recovery, Capital Cost, and Replacement Studies
  9. Conclusion
  References
  
• 
  Sources of Materials Data
  J. G. Kaufman
  1. Introduction and Scope
  2. Intended Uses for Data
  3. Types of Data
  4. Subjects of Data Sources
  5. Data Quality and Reliability
  6. Platforms: Types of Data Sources
  7. Specific Data Sources
  References
  Index
  

Manual del Ingeniero Químico por Robert H. Perry

Tomo I

Factores de conversión y tablas diversas

Matemáticas

Datos físicos y químicos

Tomo II

Cinética de las reacciones, diseño de reactores y termodinámica

Mecánica de fluidos y partículas

Transporte y almacenamiento de fluidos

Manejo de sólidos a granel y embalaje de sólidos y líquidos

Reducción y aumento de tamaño

Tomo III

Utilización, conversión y conservación de los recursos energéticos

Transmisión de calor

Equipos de transferencia de calor

Psicrometría, enfriamiento por evaporación, refrigeración y proceso criogénicos

Tomo IV

Destilación

Transferencia de masa y absorción de gas

Extracción líquido - líquido

Adsorción e intercambio iónico

Procesos modernos de separación

Tomo V

Sistemas líquido - gas

Sistemas líquido - sólido

Desecación de sólidos y sistemas gas - sólido

Sistemas sólido - sólido y líquido - líquido

Tomo VI

Control de procesos

Materiales de construcción

Motores eléctricos y auxiliares

Factores económicos de los procesos

Manejo de los desperdicios

Ingeniería bioquímica

Handbook of Food Engineering Practice Enrique Rotstein - R. Paul Singh - Kenneth Valentas

The food engineering discipline has been gaining increasing recognition in the food industry over the last three decades. Although food engineers formally graduated as such are relatively few, food engineering practitioners are an essential part of the food industry’s workforce.

The significant contribution of food engineers to the industry is documented in the constant stream of new food products and their manufacturing processes, the capital projects to implement these processes, and the growing number of patents and publications that span this emerging profession.

While a number of important food engineering books have been published over the years, the Handbook of Food Engineering Practice will stand alone for its emphasis on practical professional application. This handbook is written for the food engineer and food manufacturer.

The very fact that this is a book for industrial application will make it a useful source for academic teaching and research.

A major segment of this handbook is devoted to some of the most common unit operations employed in the food industry. Each chapter is intended to provide terse, to-the-point descriptions of fundamentals, applications, example calculations, and, when appropriate, a review of economics.