Machinery's Handbook

A REFERENCE BOOK for the Mechanical Engineer, Designer, Manufacturing Engineer, Draftsman, Toolmaker, and Machinist

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MATHEMATICS

# Numbers, fractions, and decimals # Algebra and equations # Geometry # Solution of triangles # Logarithms # Matrices # Engineering economics # Manufacturing data analysis

MECHANICS AND STRENGTH OF MATERIALS

# Mechanics # Velocity, acceleration, work, and energy # Strength of materials # Properties of bodies # Beams # Columns # Plates, shells, and cylinders # Shafts # Springs # Disc springs # Fluid mechanics

Handbook of Machining with Grinding Wheels

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PART I THE BASIC PROCESS OF GRINDING

Chapter 1 Introduction

1. From craft to science
2. Basic uses of grinding
3. Elements of grinding system
4. The important of the abrasive
5. Grinding wheels for a purpose
6. Problem-solving

 Chapter 2 Grinding Parameters

1. Introduction
2. Process parameters
3. Grinding temperatures

McGraw-Hill Machining and Metalworking Handbook (3rd edition)

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1. Modern metalworking machinery, tools, and measuring devices
2. Mathematics for machinists and metalworkers
3. U.S. customary and metric (SI) measures and conversions
4. Materials: Physical properties, characteristics, and uses
5. Modern engineering drawing practices
6. Computer-Aided-Design, manufacturing, and engineering systems
7. Machining, machine tools, and practices
8. Tooling, die making, molds, jigs, and fixtures
9. Sheet metal practices and layout
10. Solid freeform fabrication

Industrial Controls and Manufacturing

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1. Introduction
2. Example of a process control problem
3. Modeling of continuous-variable processes
4. Control of continuous-variable processes
5. Digital control
6. Model predictive, adaptive, and neural net controllers
7. Discrete logic control
8. Ladder logic diagrams and PLC implementation

Introduction to Basic Manufacturing Processes and Workshop Technology

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Contents:

1. introduction
2. plant and shop layout
3. industrial safety
4. ferrous materials
5. non-ferrous materials
6. melting furnaces
7. properties and testing of metals
8. heat treatment
9. carpentry
10. pattern and core making
11. foundry tools and equipments
12. mold and core making
13. casting
14. forging
15. hot working of metals

Mechanical Engineering's Handbook (3rd): Energy and Power

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PART 1: ENERGY

1. Thermophysical Properties of Fluids
2. Fluid Mechanics
3. Thermodynamics Fundamentals
4. Energy Analysis, Entropy Generation Minimization, and Constructal Theory
5. Heat-Transfer Fundamentals
6. Furnaces
7. Energy Auditing
8. Heat Exchangers, Vaporizers, Condensers
9. Heat Pipes
10. Air Heating
11. Cooling Electronic Equipment
12. Refrigeration
13. Cryogenic Systems
14. Indoor Environmental Control
15. Thermal Systems Optimization

Mechanical Engineering's Handbook (3rd): Manufacturing and Management

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PART 1: MANUFACTURING

1. Product Design for Manufacturing and Assembly (DFM&A)
2. Achieving Enterprise Goals with New Process Technology
3. Classifications Systems
4. Production Planning
5. Production Processes and Equipment
6. Metal Forming, Shaping, and Casting
7. Mechanical Fasteners
8. Statistical Quality Control
9. Computer-Integrated Manufacturing
10. Material Handling
11. Coating and Surface Engineering: Physical Vapor Deposition
12. Product Design and Manufacturing Processes for Sustainability

Mechanical Engineer's Handbook (3rd): Instrumentation, Systems, Controls, and MEMS

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PART 1: INSTRUMENTATION

1. Instrument Statics
2. Input and Output Characteristics
3. Bridge Transducers
4. Measurements
5. Temperature and Flow Transducers
6. Signal Processing
7. Data Acquisition and Display Systems
8. Digital Integrated Circuits: A Practical Application

Mechanical Engineer's Handbook (3rd): Materials and Mechanical Design

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PART 1: Materials

1. Carbon and Alloy Steels
2. Stainless Steels
3. Aluminum Alloys
4. Copper and Copper Alloys
5. Selection of Titanium Alloy for Design
6. Nickel and Its Alloys
7. MAgnesium and Its Alloys
8. Selection of Superalloys for Design
9. Plastic: Information and Properties of Polymeric Materials
10. Composite Materials
11. Smart Materials
12. Overview of Ceramic Materials, Design and Application
13. Sources of Materials Data
14. Quantitative Methods of Materials Selection

Handbook of Mechanical Alloy Design

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PART 1: Design Principles

1. Basic Principles (Henry L. Stoll)
2. Risk-Based Metallurgical Design (Mario Solari)

PART 2: Alloy Design

3. Designing with Carbon-, Low-, and Medium-Alloy Steel (Guoxun Liu)
4. Designing with Tool Steel (Lin-Jiang Yang and David N. Collins)
5. Designing with High-Strenght Low-Alloy Steels (Lin Li and Luoping Xu)
6. Designing with Microalloyed and Interstitial-Free Steels (David V. Edmonds)
7. Designing with Stainless Steel (Joseph Ki Leuk Lai)
8. Cast Iron Designing: Processes, Alloys, and Properties (Magnus Wessen and Ingvar L. Svensson)
9. Designing with Aluminum Alloys (Nack J. Kim)

The Effect of Temperature and Other Factors on Plastics and Elastomers

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1  Introduction to Plastics and Elastomers 

1.1  Plastics and Polymers
1.1.1  Polymerization
1.1.2  Copolymers
1.1.3  Linear, Branched, and Cross-linked Polymers
1.1.4  Molecular Weight
1.1.5  Thermosets vs. Thermoplastics
1.1.6  Crystalline vs. Amorphous
1.1.7  Blends
1.1.8  Elastomers
1.1.9  Additives
1.2  Testing of Plastics
1.2.1  Mechanical Property Testing of Plastics
1.2.2  Impact Property Testing of Plastics
1.2.3  Thermal Property Testing of Plastics
1.3  Principles of Plastic Product Design
1.3.1  Rigidity of Plastics Materials
1.3.2  The Assessment of Maximum Service Temperature
1.3.3  Toughness
1.4  Summary

Energy and The Environment: Wind and Water

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Part I  Hydroelectric Power

1 Waterpower: A Brief History

• Designs from Antiquity
• The Industrial Revolution and Michael Faraday
• Creating Electricity Demand and Supply
• Niagara Falls

2 Theory and Practice

• Turbine Design
• The Water Supply
• Pumped Storage
• Base Load versus Peak Load

Water Lifting Devices

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1. INTRODUCTION

1.1 Scope and purpose of this paper
1.2 The increasing importance of irrigation
1.3 Irrigation and the "Energy Crisis"
1.4 Small-scale irrigation and development
1.5 The choice of water lifting technique

2. WATER LIFTING FOR IRRIGATION

2.1 General principles of water lifting
2.2 Outline of principles of small-scale irrigation

Engineering Symbology, Prints, and Drawings_Vol 2 of 2

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Module 4 - ELECTRONIC DIAGRAMS AND SCHEMATICS

• Introduction
• Electronic Schematic Drawing Symbology
• Examples of Electronic Schematic Diagrams
• Reading Electronic Prints, Diagrams, and Schematics
• Block Drawing Symbology
• Examples of Block Diagrams
• Summary

Engineering Symbology, Prints, and Drawings_Vol 1 of 2

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Module 1 - INTRODUCTION TO PRINT READING

• Introduction
• Anatomy of a Drawing
• The Title Block
• Grid System
• Revision Block
• Changes
• Notes and Legend
• Summary

The Miracle of Electricity in The Body

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• Introduction: Our Lives Depend on Electricity.
• Electricity: The Body’s Essential Energy.
• The Nervous System: Electricity’s Journey through Our Bodies.
• Neurons: Cells That Produce Electrical Current.
• The Heart: Our Bodies’ Electronic Clock.
• The Muscular System That Operates on Electrical Energy.

Wind Power for Dummies

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Part I: A Wind Primer: Stuff You Need to Know

• Chapter 1: Introducing the World of Home Wind Electricity
• Chapter 2: Is Wind Energy for You?
• Chapter 3: Deconstructing Wind-Energy Systems
• Chapter 4: Electricity Basics — a Shocking Amount of Info
• Chapter 5: Blowing through Vital Wind-Energy Principles

Part II: Assessing Your Situation

• Chapter 6: The Home Energy Assessment: Gauging Your Energy Appetite
• Chapter 7: Increasing Your Home’s Energy Efficiency
• Chapter 8: Determining Your Site’s Wind-Energy Potential
• Chapter 9: Defining Your Relationship to the Grid
• Chapter 10: Calculating the Value of Your Investment
• Chapter 11: If Not Wind, Then What? Other Options for Green Energy

Electronics for Dummies_UK Edition

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Part I: Understanding the Fundamentals of Electronics

• Chapter 1: What Is Electronics and What Can It Do for You?
• Chapter 2: Manipulating Electricity to Make Something Happen
• Chapter 3: Meeting Up with Resistance
• Chapter 4: Getting a Charge Out of Capacitors
• Chapter 5: Curling Up with Coils and Crystals
• Chapter 6: The Wide World of semiconductors
• Chapter 7: Cramming Components into Chips
• Chapter 8: Rounding Out Your Parts List

Manual of Engineering Drawing - To British and International Standards

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Contents:
1 Drawing office management and organization.
2 Product development and computer aided design.
3 CAD organization and applications.
4 Principles of first and third angle orthographic projection.
5 Linework and lettering.
6 Three dimensional illustrations using isometric and oblique projection.
7 Drawing layouts and simplified methods.
8 Sections and sectional views.
9 Geometrical constructions and tangency.
10 Loci applications.

Behavior of Marine Fishes: Capture Process and Conservation Challenges

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Part One: Locomotion and Sensory Capabilities in Marine Fish

• Chapter 1 Swimming in Marine Fish
• Chapter 2 Fish Vision and Its Role in Fish Capture
• Chapter 3 Hearing in Marine Fish and Its Application in Fisheries

Part Two: Fish Behavior near Fishing Gears during Capture Processes

• Chapter 4 Fish Behavior near Bottom Trawls
• Chapter 5 Fish Behavior in Relation to Longlines
• Chapter 6 Fish Pots: Fish Behavior, Capture Processes, and Conservation Issues
• Chapter 7 Large-scale Fish Traps: Gear Design, Fish Behavior, and Conservation Challenges
• Chapter 8 Fish Behavior near Gillnets: Capture Processes, and Influencing Factors
• Chapter 9 Electric Senses of Fish and Their Application in Marine Fisheries