NEW~MACHINE DESIGN 3 Vol Set~ENGINEERING~DRAFTING~BEARING~GEAR~PULLEY~CHAIN~AXLE

1933~Riveting~Theads~Couplings~Key~Helical~Pillow Block

Price: $49.95

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THIS 3 VOLUME SET OF HARDCOVER TEXTS

IS A FANTASTIC MUST HAVE

 FOR ANY SERIOUS

MACHINIST OR MACHINE STUDENT,

PIPE FITTER, BOILER MAKER, METAL FABRICATOR'

LATHE OPERATOR, TOOLER OR

  TINKER OF OLD STYLE TECHNIQUES!

 

 

Titled:

" MACHINE  DESIGN "

Volumes  # 1 ~ #2 ~ #3 

 

Authors  ~ I.C.S. STAFF

 

  Published by INTERNATIONAL TEXTBOOK COMPANY (224B, 225B, 226B)    

Copyright 1933

 

 

These are simply COOL books!

They are Jam - packed with a

Massive amount of information. 

 

 

CONDITION:

Heavy gloss pages are cream colored,

supple and tightly bound inside. 

The Covers Have  NO  Wear!

The Gold Gilt Lettering Screams Out at You!

The Page Edges are an Awesome Neon Blue!

The Interiors are Pristine!

These Tests are in MINT condition for a Set of

78-year-old teaching guides.

If you are Looking for the Perfect

Christmas Gift

for the Engineer or Draftsperson in your life. . .

These are it!

They Will Blow Their Mind

These Texts are First Editions.

 

The condition is considered " LIKE NEW " by industry standards.

 

 

Get Ready for a Lot of Reading! 

 

These are an Awesome Group of Study Books that were used to assist

students in their acquisition of knowledge.

They are Filled with Exquisite Pen and Ink Line Drawings,

 Illustrations, Tables and Diagrams.

These Masterpieces are Surrounded by Blind Stamped Dark Indigo Blue Covers,

  Blue Marbleized Pastedown Endpapers and Fly leafs.

The Spines Have Gilded Gold Ink Lettering and Dark Blue Page Edges.

They measure in at   5" by 7 5/8".

 

Vol #1 is divided into 2 parts and

Has Eighteen Chapters.

Part 1 is 72  pages.

Part 2 is 57  pages.

For a total 129 pages.

Vol #2 is divided into 2 parts starting with part 3.

 (Parts one and two are in Vol. 1) and

Has Twentyeight Chapters.

Part 3 is 70  pages.

Part 4 is 83  pages.

For a total 153 pages.

 Vol #3 is divided into 2 parts starting with part 5.

Has Twentyone Chapters.

Part 5 is 69 pages.

Part 6 is 92  pages.

For a total 161 pages

 

That's a total of Sixty Seven Awesome Chapters and

 Four Hundred and Forty Three Pages

of incredible information

 not easily found in modern books!

 

That is a Huge Amount of

Engineering and Drafting Information!

 

This is a Three Volume Set.  

   If you are interested in completing a set you already have or

want to build a set for your library,

 go to my View seller's other items above to see

other books up for auction. 

 

Each additional auction you win and Shipped within

the United States is charged only $2.00 for shipping.

We Also Combine Shipping for Customers

Outside the United States.

The Cost varies according to the

Country They are Being Shipped to.

 

 

This first book

of the set is packed with information on machine design,

designer attitudes, machine appearance and manufacturing.

 It discusses castings, internal stresses and material properties.

 There is a whole chapter dedicated to just safety!

There are chapters on Riveted Joints, Boiler and Tank Riveting,

Rivet strength, Rivet classification and Structural Riveting.

There is a complete chapter dedicated to just Wire and

Sheet Metal gauges and Decimal Equivalents.

This awesome text talks about Commercial Considerations,

Bilateral tolerances, the relationship between precision and

cost and the Grades of Workmanship needed.

Part 2 instructs the student on screw threads and fastenings,

forms of threads and stresses in threaded parts.

 It also delves into Pipe Threading and Bursting Strength of pipe.

There is another section on Fastenings in Machine Design,  .

There is a very nice chapter dedicated to Bolts, Screws and Nuts:

tapped holes, Foundation bolts and

Cap Screws Standard Fillister-head screws

(what ever those are) and Etc.

And a last chapter on Washers and Pins.

 

Want to cut Square Threaded screws? (That sounds like an oxymoron)

But they're real!

This book explains them in detail.

It also talks just about every screw imaginable.

And No I'm not going to go there! Ha!

 

This second book

of the set is packed with information on Machine Shafts, Fittings and Axles.  It delves into stresses and torsion.  It has a chapter on machine keys and another dealing with Splines and Feathers.

Still another discusses Cotter stresses, forms and design.

There is a rather large awesome chapter on Clutches with invaluable information on Couplings, Flanges, Clamps, Universal Joints and Classifications.

Lets talk CLUTCHES for a moment!

This same chapter is loaded with information on the function of Friction Clutchs. Cone Friction Clutches; Disk Friction Clutches; Band Clutches and Shifting Gears for Clutches.

Now SPRINGS!

The knowledge it communicates to the reader on springs alone is incredible.

Flat Springs, Leaf Springs, Helical Springs, Spiral Springs, Compression of Springs, it goes on and on.

Then at last there are over fifty pages dealing with bearings!

We're talking Factors Affecting Design, Bearing Frictions and Lubricants, Bearing Construction, Pillow Blocks, Thrust Bearings, Step Bearings, Roller Bearings and Ball Bearings!  Again it goes On and On!

 

The third book

of the set is packed with information on

Chain, Belt and Rope Transmissions, Belt design and Band brakes.

There is an good chapter on Pulleys and Flywheels dealing with

material and construction, Stresses, fastenings to shafts,

pulley design and so forth.

The chapter on Chains delves into Chain Drives,

Raising and Supporting loads, the Strength and Weight of Chains,

Roller and Block Chains and Silent Chain Transmission.

There is a cool section on Sprocket Wheels that discusses their purpose,

Chain Stretching, the construction of and tooth profiles.

 

Part 6  is all about GEARS!

This awesome group of chapters include Friction Gearing, Spur Gears,

Bevel Gears, Helical Gears, Herringbone Gears, Screw Gears and On and On!

It also includes discussion of the Stub Involute System, Methods of Cutting Gear Teeth and the Lewis Formula.

The chapter on Spur Gears involves proportioning of Rims,

Arms and Hubs of Gear Wheels.

There is a Wealth of information just waiting to be discovered

relating to Bevel Gears.

Included is a whole chapter dedicated to Angles, Strengths and

 Proportions of Bevel Gears and Spiral Bevel Gears!

 

And Last but not Least a Chapter dedicated to  " WORM - GEARS "

This chapter talks about the Construction, Efficiency, Formulas and

 Application of Worm Gears along with Worm Gear Drawing.

 

The Final chapter is an Appendix explaining Screw Gears, Normal Helixes and Pitch,  Speed Ratios, Number and Tooth Formation, Fixed Center Distances, Proportions of Screw Gears and so on.

 

Want to know the Horse Power transmitted by Manila Ropes?

The Horse Power transmitted by Manila ropes of various diameters running at speeds up to 8,400 feet per minute may be found by the curves based on the mathematical equation:

T(1) = 200D (Squared) / F = .12 / Angle 0 = 45 Degrees and N = 180 degrees

Simple! isn't it?

 

You Want Information?  This text has it!

You Want Answers?  This text has them!

 

These Books Are Filled with Gorgeous illustrations,

Tables and Mathematical Equations.

 

Loads of Beautifully Detailed Etching Prints,

Handcrafted Figure Illustrations and Engraving Prints

 line the pages of this text.

 

 

Listed Below Are All of the Sections of these Texts

Along with the Chapters and Sub-chapters.

 

 

 

MACHINE  DESIGN

PART 1

 

 

DESIGN  IN  GENERAL

 

 

METHODS  OF  PROCEDURE

Nature of Machine Design;

Methods of Design;

Manufacturing Considerations;

Available Stock Parts and Tools;

Attitude of Designer;

Appearance of Machines;

Division of Functions;

Drawing Practices;

Explanatory Notes

 

 

FACTORS  AFFECTING  DESIGN

 

 

MATERIALS  AS RELATED  TO  DESIGN

Use of Castings;

Internal Stresses;

Insuring Sound Castings;

Properties of Materials

 

 

FACTOR  OF  SAFTY

Definition;

Components of Factor of Safety;

Elastic Strength Ratio;

Failures Due to Live Loads;

Stress Variation Factor;

Repetition Factor;

Shock Factor;

Real Factor of Safety

 

 

COMMERCIAL  CONSIDERATIONS

Interchangeable Manufacturing;

Limits;

Allowance;

Tolerance;

Oversize and Undersize;

Bilateral Tolerances;

Relation of Precision and Cost;

Grades of Workmanship

 

 

RIVETED  JOINTS

 

 

BOILER  AND  TANK  RIVETING

Nature of Rivet;

Elements of Rivet;

Rivet Holes;

Riveting;

Classification of Riveted Joints;

Strength of Riveted Joints

 

 

STRUCTURAL  RIVETING

Structural Shapes;

Distinctive features;

Shop and Field Rivets;

Rivet Heads;

Proportions of Structural Rivets;

Diameter of Rivet;

Length and Grip;

Diameter of Rivet from Edge of Plate;

Clearance;

Rivets in Single Shapes;

Joints in Compression

 

 

MISCELLENEOUS  TABLES

Wire and Sheet-metal Gauges;

Decimal Equivalents

 

 

 

 

MACHINE  DESIGN

PART 2

 

 

SCREW  THREADS  AND  FASTENINGS

 

 

PROPORTIONS  OF  SCREW  THREADS

 

 

FORMS  OF  THREADS

Classes of Screws;

Sharp  V  Threads;

Elements of Screw Threads;

National Course and Fine Threads;

Screw-thread Fits;

Square Thread;

Acme Thread;

Whitworth Thread;

Buttress Thread;

 

 

STRESSES  IN  THREADED  PIPE

Bolts in Tension;

Pins in Shear;

Allowable Stresses in Threaded Parts;

Forces Induced by Triangular Threads;

Screws for Transmitting Motion;

Multiple -Threaded Screws

 

 

PIPE  THREADS

American Standard Pipe Thread;

Standard Sizes of Pipe;

Bursting Strength of Pipe

 

 

FASTENINGS  IN  MACHINE  DESIGN

 

 

BOLTS,  SCREWS,  AND  NUTS

Relative Advantages of Fastenings;

Position of Screw Fastenings;

Tapped Holes;

General Considerations;

Foundation Bolts;

Capscrews;

Finished Bolts;

Studs;

Standard Hexagonal and Square Nuts;

Standard Hexagonal Jam Nuts

Standard castellated Nuts;

Setscrews;

Standard Round - head Screws;

Standard Fillister - head Screws;

Standard Flat - head Screws;

Standard Oval - head Screws;

Round Unslotted - head Bolts;

 

 

WASHERS  AND  PINS

Plate Washers;

Lock - washers;

Cotter Pins;

Taper Pins

 

 

 

 

MACHINE  DESIGN

PART 3

 

 

SHAFTS  AND  SHAFT  FITTINGS

 

 

SPINDLES,  AXLES  AND  SHAFTS

 

 

STRESSES  IN  ROTATING  MEMBERS

 

 

AXLES  SUBJECTED  TO  BENDING

Axles as Simple Beams;

Axle Supporting One Load;

Axle Supporting More than One Load

 

 

SHAFTS  SUBJECTED  TO  TORSION

Conditions for Pure Torsion;

Torsional Strength of Solid Round Shaft;

Relative Strengths of Solid and Hollow Shafts

 

 

SHAFTS  SUBJECTED  TO  TORSION  AND  BENDING

Application of Turning and Bending Forces;

Theories of elastic Failure in Shafts;

National Standard Code Design;

Angle of Torsion of Solid Round Shafts;

Limits of Angle Torsion;

Distance Between Bearings;

Speed of Shafting

 

 

SHAFT  FITTINGS

 

 

MACHINE  KEYS

Purpose and Types of Keys;

Strength and Proportions of Keys;

Woodruff Keys;

Pratt and Whitney Keys;

Miscellaneous Keys

 

 

SPLINES  OR  FEATHERS

 

 

COTTERS

Forms of Cotters;

Stresses in Cotters;

Design of Cotters

 

 

COUPLINGS  AND  CLUTCHES

Classifications;

Definitions;

Sleve, or Muff Coupling;

Clamp Coupling;

Solid Flange Coupling;

Purpose of Flexible Couplings;

Classes of Flexible Couplings;

Universal Joint;

Functions of Friction Clutch;

Coefficient of Friction;

Cone Friction Clutch;

Disk Friction Clutches;

Band Clutch;

Shifting Gear for Clutches

 

 

APPENDIX

 

 

 

 

 MACHINE  DESIGN

PART 4

 

 

SPRINGS  AND  BEARINGS

 

 

SPRINGS

 

 

USES  AND  TYPES  OF  SPRINGS

 

 

SPRING  MATERIALS  AND  STRESSES

Material for Springs;

Allowable Stresses in Springs

 

 

FLAT  OR  LEAF  SPRINGS

Single - leaf Springs;

Obtaining Proper Deflection;

Laminated Springs;

Elliptic Springs;

Deflection of Leaf Springs

 

 

HELICAL  SPRINGS

Spring of Round Wire;

Torsion in Helical Springs;

Deflection of Helical Springs;

Compression of Springs;

Table of Strength and Deflection

 

 

SPIRAL  SPRINGS

 

 

BEARINGS

 

 

FACTORS  AFFECTING  DESIGN

Importance of Bearings;

Sliding Members;

Design of Plain Bearings;

Proportions of Journals

 

 

BEARING  FRICTION  AND  LUBRICATION

 

 

BEARING  LUBRICATION

 

 

CONSTRUCTION  OF  BEARINGS

Adjustment for Wear;

Adjustment for Position;

Selection of Bearing Materials;

Bearing Clearance;

Oil Grooves

 

 

PILLOW  BLOCKS

 

 

WALL  BRACKETS  AND  HANGERS

 

 

THRUST  BEARINGS

Classification;

Step Bearings;

Collar Thrust Bearings;

Design of Thrust Bearings;

Conical Pivot Journals

 

 

ROLLER BEARINGS

 

 

BALL  BEARINGS

Advantages of Ball Bearings;

Spinning;

Classification of Ball Bearings;

Angular Bearings;

Accuracy and interchangeability;

Lubrication of Ball Bearings;

Allowable Pressures on Ball Bearings

 

 

 

 

MACHINE  DESIGN

PART  5

 

 

BELT,  ROPE,  AND  CHAIN  TRANSMISSION

 

 

BELTS  AND  PULLEYS

 

 

DESIGN  OF  BELTING

General Considerations;

Materials for Belts;

General Remarks on Belting;

Installation of Belt Drives;

Slip and Creep;

Belt Friction;

Application of Formulas

 

 

BAND  BRAKES

 

 

PULLEYS  AND  FLYWHEELS

General Requirements;

Pulley Material and Construction;

Fastening Pulleys to Shafts;

Stresses in Pulley Rims;

Safe Speed for Pulleys;

Stresses in Pulley Hub;

Stresses in Split Pulleys;

Examples of Pulley Design

 

 

ROPE  TRANSMISSION

 

 

ROPE  DRIVES

Advantages of Rope Transmission;

Materials for Ropes;

Friction of Sheave Groove;

Power Transmitted by Ropes;

Systems of Rope Driving

 

 

ROPE  SHEAVES

 

 

CHAIN  TRANSMISSION

 

CHAINS

Chains and Chain Drives;

Chains for Raising and Supporting Loads;

Strength and Weight of Chains;

Roller and Block Chains;

Silent Chain Transmission

 

 

SPROCKET  WHEELS

Purpose of Sprocket Wheels;

Sprocket - teeth Profiles;

Stretching the Chain;

Construction of Sprocket Wheels for Roller and Block Chains

 

 

 

PART  6

 

 

FRICTION  AND  TOOTH  GEARING

 

 

FRICTION  GEARING

Power Transmitted by Friction Gears;

Brush Wheels;

Bevel Friction Gears

 

 

TOOTHED GEARING

 

 

SPUR  GEARS

American Standard Composite System;

Stub Involute System;

Materials for Gears;

Methods of Cutting Gear Teeth;

 

 

STRENGTH  OF  GEAR - TEETH

Basic Assumptions;

Lewis Formula;

Driving Force;

Width of Face;

Application of Lewis Formula

 

 

PROPORTIONS  OF  SPUR  GEARS

Rims of Gears;

Arms of Gears;

Hubs of Gear - Wheels

 

 

BEVEL  GEARS

General Remarks;

Angles of Beveled Gears;

Strength of Bevel - gear teeth;

Proportions of Bevel Gears;

Bevel - gear Drawing;

Bevel - gears with Axles not at Right Angles;

Spiral Bevel Gears

 

 

HELICAL,  HERRINGBONE,  AND  SCREW  GEARS

Helical Gears, or Twisted Gears;

Herringbone Gears

 

 

WORMS  AND  WORM - GEARS

General Remarks;

Construction of Worm - gearing;

Efficiency of Worm - gearing;

Worm - gearing Formulas;

Application of Formulas;

Worm - gear Drawing

 

 

APPENDIX

Screw - gears;

Normal Helix;

Normal Pitch;

Speed Ratio;

Problems in Screw - gears;

Length of Normal Helix;

Number and Formation of Teeth;

Graphical Solutions;

Effect of Changes in Diagram;

Fixed Center Distance;

Fixed Diameters;

Proportions of Screw - gears

 

 

~~~~~~~~~~~~

 

IT'S ALL HERE!

 

This is a 3 volume set.

 

For the book collector, the text and pictures are an incredible

 blast into the past of a bygone era of nostalgia!

 

 

If you want to know

practically everything about

Riveting,  Screws, Gears,

Clutches,  Springs and  Bearings . . .

 

THIS IS YOUR BOOK!

 

If you're a serious

Machinist or Machine Student,

Mechanic or Tinker of Old Style Techniques,

This is also your book!

 

Winner pays $5.75 for shipping

 and auction must be paid within seven days.

 

 

" Machine Sketching "

 is Actually a Precurser text for

Both of these  incredible 3 volume sets called

 

" Mechanical Drawing "

&

" Machine Design "

 

 

 

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