Machinery’s Handbook Guide : A Guide to Using Tables, Formulas, & More in the 32nd Edition.

Format:

Book

Author/Creator:

Amiss, John Milton.

Contributor:

Jones, Franklin D.

Ryffel, Henry.

Language:

English

Subjects (All):

Technical manuals.

Machinery.

Physical Description:

1 online resource (314 pages)

Edition:

32th ed.

Place of Publication:

CT : Industrial Press, Inc., 2024.

Summary:

The 'Guide to the Machinery’s Handbook, 32nd Edition' is a comprehensive manual designed to enhance the use of the Machinery's Handbook, a key resource in manufacturing and metalworking. This guide offers detailed discussions, examples, exercises, and questions to address common problems in these fields. It includes cross-references to both the print and digital editions of the Handbook to facilitate efficient use. The guide is a valuable tool for students and professionals in engineering, trade schools, and home study courses, aiming to improve comprehension and application of technical data, tables, and formulas. Generated by AI.

Contents:

Cover (Machinery's Handbook Guide)

Title Page

Copyright

Table of Contents

The Purpose of This Book

Dimensions and Areas of Circles and Spheres

Area of Square Inscribed in Circle

Spheres

Practice Exercises for Section 1

Chords, Segments, and Hole Circles

Lengths of Chords

Use of the Table of Segments of Circles-Handbook page 79

Hole Circle Coordinates

Practice Exercises for Section 2

Formulas and Their Rearrangement

Omitting Multiplication Signs in Formulas

Rearrangement of Formulas

Fundamental Laws Governing Rearrangement

Solving Equations or Formulas by Trial

Derivation of Formulas

Empirical Formulas

Parentheses

Constants

Mathematical Signs and Abbreviations

Conversion Tables

Practice Exercises for Section 3

Spreadsheet Calculations

Basic Spreadsheet Concepts

Advanced Spreadsheet Concepts

Practice Exercises for Section 4

Calculations Involving Logarithms

Principles Governing the Application of Logarithms

Finding the Logarithms of Numbers

Sample Numbers and Their Characteristics

Obtaining More Accurate Values than Given Directly by Tables

Changing Form of Logarithm Having Negative Characteristic

Cologarithms

Practice Exercises for Section 5

Dimensions, Areas, and Volumes of Figures

Practice Exercises for Section 6

Geometrical Propositions and Constructions

Practice Exercises for Section 7

Trigonometry: Functions of Angles

Functions of Angles and Use of Trigonometric Tables

Finding Angle Equivalent to Given Function

How to Find More Accurate Functions and Angles than Those Given in the Table

Trigonometric Functions of Angles Greater than 90 Degrees

Use of Functions for Laying Out Angles

Tables of Functions Used in Conjunction with Formulas

Practice Exercises for Section 8.

Solution of Right-Angle Triangles

Helix Angles of Screw Threads, Hobs, and Helical Gears

Practice Exercises for Section 9

Solution of Oblique Triangles

Use of Formulas for Oblique Triangles

When Angles Have Negative Values

When Either of Two Triangles Conforms to the Given Dimensions

Practice Exercises for Section 10

Figuring Tapers

Table for Converting Taper per Foot to Degrees

Tapers for Machine-Tool Spindles

Practice Exercises for Section 11

Tolerances and Allowances for Machine Parts

Meanings of "Limit," "Tolerance," and "Allowance"

Relation of Tolerances to Limiting Dimensions and How Basic Size Is Determined

When Allowance Provides Clearance Between Mating Parts

When Interference of Metal Is the Result of Allowance

Obtaining Allowance by Selection of Mating Parts

Dimensioning Drawings to Ensure Obtaining Required Tolerances

Violations of Rules for Dimensioning

Practice Exercises for Section 12

Using Standards Data and Information

Important Objectives of Standardization

Standardization Technique

Standards Information in the Handbook

"Soft" Conversion of Inch to Metric Dimensions

"Hard" Metric or Inch Standard Systems

Interchangeability of Parts Made to Revised Standards

Practice Exercises for Section 13

Standard Screw and Pipe Threads

Width of Flat End of Unified Screw Thread and American Standard Acme Screw Thread Tools

Practice Exercises for Section 14

Problems in Mechanics

The Moment of a Force

The Principle of Moments in Mechanics

The Principle of Work in Mechanics

Efficiency of a Machine or Mechanism

Force Required to Turn a Screw Used for Elevating or Lowering Loads

Coefficients of Friction for Screws and Their Efficiency

Angles and Angular Velocity Expressed in Radians

Practice Exercises for Section 15.

Strength of Materials

Finding Diameter of a Bar to Resist Safely Under a Given Load

Diameter of a Bar to Resist Compression

Diameter of a Pin to Resist Shearing Stress

Beams and Stresses to Which They Are Subjected

Beam Formulas

Strength in Plastic and Polymer Composite Parts

Sustainability Considerations

Practice Exercises for Section 16

Design of Shafts and Keys for Power Transmission

Shafts Subjected to Combined Stresses

Design of Shafts to Resist Torsional Deflection

Selection of Key Size Based on Shaft Size

Keys Proportioned According to Transmitted Torque

Set-Screws Used to Transmit Torque

Practice Exercises for Section 17

Splines

Specifying Spline Data on Drawings

Practice Exercises for Section 18

Designing and Cutting Gears

Calculating Gear Speeds

Diametral Pitch of a Gear

Power-Transmitting Capacity of Bevel Gears

Dimensions and Angles Required in Producing Gears

Proportioning Spur Gears When Center Distance Is Fixed

Dimensions in Generated Bevel Gears

Dimensions of Milled Bevel Gears

Selection of Formed Cutters for Bevel Gears

Pitch of Hob for Helical Gears

Determining Contact Ratio

Dimensions Required When Using Enlarged Fine-Pitch Pinions

End Thrust of Helical Gears Applied to Parallel Shafts

Dimensions of Wormgear Blank and the Gashing Angle

Change Gear Ratio for Diametral-Pitch Worms

Bearing Loads Produced by Bevel Gears

Gear Strength Calculations

Practice Exercises for Section 19

Speeds, Feeds, and Machining Power

Practice Exercises for Section 20

CNC (Computer Numerical Control) Programming

CNC Coordinate Geometry

Point-to-Point Programming

Absolute and Incremental Programming

Continuous-Path Programming

Linear Interpolation

Circular Interpolation

Practice Exercises for Section 21.

The Metric System

SI Base Units and Definitions

SI Derived Units

General Review Questions

Answers to Exercises and Review Questions

Answers to Practice Exercises for Section 1

Answers to Practice Exercises for Section 2

Answers to Practice Exercises for Section 3

Answers to Practice Exercises for Section 4

Answers to Practice Exercises for Section 5

Answers to Practice Exercises for Section 6

Answers to Practice Exercises for Section 7

Answers to Practice Exercises for Section 8

Answers to Practice Exercises for Section 9

Answers to Practice Exercises for Section 10

Answers to Practice Exercises for Section 11

Answers to Practice Exercises for Section 12

Answers to Practice Exercises for Section 13

Answers to Practice Exercises for Section 14

Answers to Practice Exercises for Section 15

Answers to Practice Exercises for Section 16

Answers to Practice Exercises for Section 17

Answers to Practice Exercises for Section 18

Answers to Practice Exercises for Section 19

Answers to Practice Exercises for Section 20

Answers to Practice Exercises for Section 21

Answers to General Review Questions

Units of Measure and Conversion Factors

Index

Notes.

Notes:

Description based on publisher supplied metadata and other sources.

Part of the metadata in this record was created by AI, based on the text of the resource.

ISBN:

0-8311-9722-6

OCLC:

1430655936