ENGINEERING DRAWING Chapter-1 introduction to engineering Drawing and design Learning objectives The engineering design application Introduction A history of engineering drawing The drafter Drafting fields Education and qualifications Drafting job opportunities Searching for a drafting position Drafting salaries and working conditions Professional organization Drafting standards Workplace ethics Copyrights Trademarks CADD applications Professional perspective Web site research Introduction to engineering drawing And design test Introduction to engineering drawing And design test Introduction to engineering drawing And design test Introduction to engineering drawing And design problems Chapter-2 drafting equipment, media And reproduction Introduction Manual drafting equipment and supplies Drafting furniture Drafting pencils and leads Technical pens, pen cleaning and Ink Erasers and erasing Dividers Parallel bar Triangles Templates Irregular curves Drafting machines Scales Drafting media Sheet size and format Diazo reproduction Photocopy reproduction Properly folding prints Microfilm CADD applications Professional perspective Math applications Web site research Drafting equipment, media, and reproduction Methods test Drafting equipment, media, and reproduction Methods problems Chapter-3 Computer-aided design And drifting Learning objectives The engineering design application Introduction to computer-aided design And drafting The CADD workstation CADD software products CADD formats Industry and CADD CADD applications Productivity with CADD Green technology application Professional perspective Web site research Computer-aided design and Drafting test Computer-aided design and Drafting problems Chapter -4 Manufacturing materials and processes Learning objectives The engineering design application Introduction Manufacturing materials Green technology application Metallurgy Plastics and polymers Plastic resin identification codes Plastics materials selection applications Green technology application Material selection CADD applications Manufacturing processes Machine processes CADD application Manufacturing processes Machine processes CADD applications Machined feature and drawing Representations Manufacturing plastics products Thermoset plastic fabrication process Manufacturing composites Rapid prototyping Tool design Computer-integrated manufacturing Application examples Integration of computer-aided design And computer-aided manufacturing Statistical process control CADD applications Green technology application Professional perspective Math application Web site research Manufacturing materials and Processes test Manufacturing materials and processes Problems Section-2 Fundamental applications Chapter-5 sketching applications Learning objectives The engineering design application Sketching Sketching tools and materials Sketching straight lines Sketching circular lines Sketching arcs Sketching ellipses Measurement lines and proportions Introduction to the block technique Creating multiview sketches Creating isometric sketches CADD applications Professional perspective Sketching applications test Sketching applications problems Chapter-6 lines and lettering Learning objectives The engineering design application Lines Types of lines CADD applications Lettering Lettering on engineering drawings Lettering numbers Other lettering styles Lettering legibility CADD applications CADD applications Professional perspective Math applications Web applications Web site research Lines and lettering test Lines and lettering problems Chapter-7 Drafting geometry Learning objectives The engineering design application CADD applications Drafting geometry Characteristics of lines Geometric shapes Common Geometric constructions Constructing polygons Constructing tangencies Web site research Auxiliary views test Auxiliary views problems Section-3 Drafting views And annotations Chapter-8 multiviews Learning objectives The engineering design application Multiviews Third-angles projection First-angle projection View selection Projection of contours,circules,and arcs Line precedence Multiview analysis and review Recommended review Multiview layout CADD applications CADD applications CADD applications Professional perspective Math applications Web site research Multiviews test Multiviews problems Chapter-9 auxiliary views Learning objectives The engineering design application Auxiliary views Auxiliary view visualization Drawing curves in auxiliary views View enlargements Drawing a removed auxiliary view Locating views on different sheets Drawing rotated auxiliary view Secondary auxiliary views Auxiliary view analysis and review Descriptive geometry Auxiliary view layout CADD applications CADD applications CADD applications Professional perspective Math applications Web site research Auxiliary views test Auxiliary views problems Chapter-10 Dimensioning and tolerancing Learning objectives The engineering design application Introduction to dimensioning Dimensioning basics Dimensioning characteristics and definitions Fundamental dimensioning rules Dimensioning components Dimensioning symbols Dimensioning systems Dimensioning fundamentals Preferred dimensioning practices Notes for machined features Placing location dimensions Specifying dimension origin Dimensioning auxiliary views CADD applications Using general notes Tolerancing applications CADD applications Dimensions applied to platings and Coatings Maximum and minimum dimensions Casting drawing and design Machining allowance Casting drawings Forging, design,and drawing Drawing for plastic part manufacturing Machined surfaces Design and drafting of machined features Tool design CADD applications Introduction to ISO 9000 Professional perspective CADD applications Recommended review Math applications Web site research Dimensioning and tolerancing test Dimensioning and tolerancing problems Chapter-11 Fasteners and springs Learning objectives The engineering design application Screw thread fasteners Thread-cutting tools Thread forms Thread representations Revolved sections Removed sections Locating sectional views on different sheets Recommended review Professional perspective Math applications Web site research Sections ,revolutions and conventional Breaks test Sections, revolutions and conventional Breaks problems Chapter-12 Geometric dimensioning And tolerancing Learning objectives The engineering design application Introduction GD&T symbols Datums Applying material condition and material Boundary symbols Limits of size application Perfect form boundary Applying regardless of feature size and Regardless of material boundary Applying maximum material condition Applying least material condition Application of RMB on a primary datum Feature Application of RMB on a secondary and Tertiary datum feature The effect of datum precedence and Material condition Introduction to geometric characteristics And related symbols Form geometric tolerances Applying profile geometric tolerances Runout geometric tolerance Specifying independency CADD applications CADD applications Professional perspective Math applications Web site research Geometric dimensioning and tolerancing Problems Chapter-13 Pictorial drawings And technical IIIustrations Learning objectives The engineering design applications Introduction to pictorial drawing and Technical illustration pictorial drawings Pictorial drawings Isometric projections and drawings Types of isometric drawings Isometric construction techniques Diametric pictorial representation Trimetric pictorial representation Exploded pictorial drawing Oblique drawing Perspective drawing Drawing a Ono-point perspective Drawing a Two-point perspective Drawing a three-point perspective Drawing circles and curves in perspective Using basic shading techniques Pictorial drawing layout techniques CADD applications Professional perspective Math applications Web site research Pictorial drawings and technical Illustrations test Pictorial drawings and technical illustrations Problems Section-4 Working drawings Chapter-14 working drawings Learning objectives The engineering design application Introduction to section four Introduction to section four Introduction to working drawings Detail drawings CADD applications CADD applications Assembly drawings Types of assembly drawings Identification numbers Parts lists Purchase parts Engineering changes CADD applications CADD applications Drawing from a prototype Analysis of a set of working drawings CADD applications Professional perspective Math application Web site research Working drawings test Working drawings problems Belt types Typical belt drive design Belt drive selection Chain drives Chain drive sprockets Chain classification and types Precision chains CADD applications No precision chains Light-duty chain Chain drive design Roller chain drive selection Professional perspective Math applications Web site research Belt and chain drives test Belt and chain drives problems Chapter-15 machinisms : linkages Cams gears and bearings Learning objectives The engineering design application Mechanism Linkages Linkage symbols Types of linkages Cam design CADD applications Cam displacement diagrams Construction of an inline follower plate Cam profile Preparing the formal plate cam drawing Construction of an offset follower plate Cam profile Drum cam drawing CADD applications Introduction to gears Gear structure Splines Gear types Spur gear design Drawing specification and tolerances Designing and drawing spur gears Designing spur gear trains Designing and drawing the rack And pinion Designing and drawing worm gears Plastic gears CADD applications Bearings Drawing bearing symbols Bearing codes Bearing codes Bearing selection Gear and bearing assemblies Professional perspective Math application Web site research Mechanisms: linkages,cams,gears and Bearings test Mechanisms: linkages, cams gears, and Bearings problems Chapter-16 Belt and chain drives Learning objectives The engineering design application Introduction Advantages of gear drives Advantages of belt drives Advantages of chain drives Belts and belt drives Belt types Typical belt drive design Belt drive selection Chain drives Chain drive sprockets Chain classification and types Precision chains CADD chains Nonprecision chains Light-duty chain Chain drive design Roller chain drive selection Professional perspective Math applications Web site research Belt and chain drives test Belt and chain drives problems Chapter-17 Welding processes And representations Learning objectives The engineering design application Welding processes Elements of welding drawings Types of welds Weld symbols leader arrow related to Weld location Additional weld characteristics Welding tests Welding specifications Prequalified welded joints Weld design CADD applications Professional perspective Math application Web site research Welding processes and representations test Welding processes and representations Problems Section -5 Specialty drafting And design Chapter-18 precision sheet metal Drafting Learning objectives The engineering design application Introduction to precision sheet metal drafting Precision sheet metal material bending CADD applications Flanges Seams and hems Roll forming CADD applications Material applications in sheet metal drafting Precision sheet metal dimensioning applications Sheet metal punch applications Professional perspective Math applications Web site research Precision sheet metal drafting test Precision sheet metal drafting problems Chapter-19 Electrical and electronics Drafting Learning objectives The engineering design application Introduction to electrical and electronic Drafting Fundamentals of electrical diagrams Generation, transmission, and distribution Of electricity Electric power substation design drawings Residential and commercial electrical plans Green technology application Professional perspective Electronic drafting Electronic diagrams Printed circuit technology Pictorial drawings CADD applications Professional perspective Math applications Web site research Electrical and electronic drafting test Electrical and electronic drafting problems Chapter-20 Industrial process piping Learning objectives The engineering design application Introduction Where industrial piping is used Pipe drafting Pipe drawings Types of pipe Pipe sizes and wall thickness Pipe connection methods Pipe fittings Flanges Valves Pipe drafting CADD applications
ENGINEERING DRAWING
Chapter-1 introduction to engineering
Drawing and design
Learning objectives
The engineering design application
Introduction
A history of engineering drawing
The drafter
Drafting fields
Education and qualifications
Drafting job opportunities
Searching for a drafting position
Drafting salaries and working conditions
Professional organization
Drafting standards
Workplace ethics
Copyrights
Trademarks
CADD applications
Professional perspective
Web site research
Introduction to engineering drawing
And design test
And design problems
Chapter-2 drafting equipment, media
And reproduction
Manual drafting equipment and supplies
Drafting furniture
Drafting pencils and leads
Technical pens, pen cleaning and Ink
Erasers and erasing
Dividers
Parallel bar
Triangles
Templates
Irregular curves
Drafting machines
Scales
Drafting media
Sheet size and format
Diazo reproduction
Photocopy reproduction
Properly folding prints
Microfilm
Math applications
Drafting equipment, media, and reproduction
Methods test
Methods problems
Chapter-3 Computer-aided design
And drifting
Introduction to computer-aided design
And drafting
The CADD workstation
CADD software products
CADD formats
Industry and CADD
Productivity with CADD
Green technology application
Computer-aided design and
Drafting test
Drafting problems
Chapter -4 Manufacturing materials and processes
Manufacturing materials
Metallurgy
Plastics and polymers
Plastic resin identification codes
Plastics materials selection applications
Material selection
Manufacturing processes
Machine processes
CADD application
Machined feature and drawing
Representations
Manufacturing plastics products
Thermoset plastic fabrication process
Manufacturing composites
Rapid prototyping
Tool design
Computer-integrated manufacturing
Application examples
Integration of computer-aided design
And computer-aided manufacturing
Statistical process control
Math application
Manufacturing materials and
Processes test
Manufacturing materials and processes
Problems
Section-2
Fundamental applications
Chapter-5 sketching applications
Sketching
Sketching tools and materials
Sketching straight lines
Sketching circular lines
Sketching arcs
Sketching ellipses
Measurement lines and proportions
Introduction to the block technique
Creating multiview sketches
Creating isometric sketches
Sketching applications test
Sketching applications problems
Chapter-6 lines and lettering
Lines
Types of lines
Lettering
Lettering on engineering drawings
Lettering numbers
Other lettering styles
Lettering legibility
Web applications
Lines and lettering test
Lines and lettering problems
Chapter-7 Drafting geometry
Drafting geometry
Characteristics of lines
Geometric shapes
Common Geometric constructions
Constructing polygons
Constructing tangencies
Auxiliary views test
Auxiliary views problems
Section-3
Drafting views
And annotations
Chapter-8 multiviews
Multiviews
Third-angles projection
First-angle projection
View selection
Projection of contours,circules,and arcs
Line precedence
Multiview analysis and review
Recommended review
Multiview layout
Multiviews test
Multiviews problems
Chapter-9 auxiliary views
Auxiliary views
Auxiliary view visualization
Drawing curves in auxiliary views
View enlargements
Drawing a removed auxiliary view
Locating views on different sheets
Drawing rotated auxiliary view
Secondary auxiliary views
Auxiliary view analysis and review
Descriptive geometry
Auxiliary view layout
Chapter-10 Dimensioning and tolerancing
Introduction to dimensioning
Dimensioning basics
Dimensioning characteristics and definitions
Fundamental dimensioning rules
Dimensioning components
Dimensioning symbols
Dimensioning systems
Dimensioning fundamentals
Preferred dimensioning practices
Notes for machined features
Placing location dimensions
Specifying dimension origin
Dimensioning auxiliary views
Using general notes
Tolerancing applications
Dimensions applied to platings and
Coatings
Maximum and minimum dimensions
Casting drawing and design
Machining allowance
Casting drawings
Forging, design,and drawing
Drawing for plastic part manufacturing
Machined surfaces
Design and drafting of machined features
Introduction to ISO 9000
Dimensioning and tolerancing test
Dimensioning and tolerancing problems
Chapter-11 Fasteners and springs
Screw thread fasteners
Thread-cutting tools
Thread forms
Thread representations
Revolved sections
Removed sections
Locating sectional views on different sheets
Sections ,revolutions and conventional
Breaks test
Sections, revolutions and conventional
Breaks problems
Chapter-12 Geometric dimensioning
And tolerancing
GD&T symbols
Datums
Applying material condition and material
Boundary symbols
Limits of size application
Perfect form boundary
Applying regardless of feature size and
Regardless of material boundary
Applying maximum material condition
Applying least material condition
Application of RMB on a primary datum
Feature
Application of RMB on a secondary and
Tertiary datum feature
The effect of datum precedence and
Material condition
Introduction to geometric characteristics
And related symbols
Form geometric tolerances
Applying profile geometric tolerances
Runout geometric tolerance
Specifying independency
Geometric dimensioning and tolerancing
Chapter-13 Pictorial drawings
And technical IIIustrations
The engineering design applications
Introduction to pictorial drawing and
Technical illustration pictorial drawings
Pictorial drawings
Isometric projections and drawings
Types of isometric drawings
Isometric construction techniques
Diametric pictorial representation
Trimetric pictorial representation
Exploded pictorial drawing
Oblique drawing
Perspective drawing
Drawing a Ono-point perspective
Drawing a Two-point perspective
Drawing a three-point perspective
Drawing circles and curves in perspective
Using basic shading techniques
Pictorial drawing layout techniques
Pictorial drawings and technical
Illustrations test
Pictorial drawings and technical illustrations
Section-4
Working drawings
Chapter-14 working drawings
Introduction to section four
Introduction to working drawings
Detail drawings
Assembly drawings
Types of assembly drawings
Identification numbers
Parts lists
Purchase parts
Engineering changes
Drawing from a prototype
Analysis of a set of working drawings
Working drawings test
Working drawings problems
Belt types
Typical belt drive design
Belt drive selection
Chain drives
Chain drive sprockets
Chain classification and types
Precision chains
No precision chains
Light-duty chain
Chain drive design
Roller chain drive selection
Belt and chain drives test
Belt and chain drives problems
Chapter-15 machinisms : linkages
Cams gears and bearings
Mechanism
Linkages
Linkage symbols
Types of linkages
Cam design
Cam displacement diagrams
Construction of an inline follower plate
Cam profile
Preparing the formal plate cam drawing
Construction of an offset follower plate
Drum cam drawing
Introduction to gears
Gear structure
Splines
Gear types
Spur gear design
Drawing specification and tolerances
Designing and drawing spur gears
Designing spur gear trains
Designing and drawing the rack
And pinion
Designing and drawing worm gears
Plastic gears
Bearings
Drawing bearing symbols
Bearing codes
Bearing selection
Gear and bearing assemblies
Mechanisms: linkages,cams,gears and
Bearings test
Mechanisms: linkages, cams gears, and
Bearings problems
Chapter-16 Belt and chain drives
Advantages of gear drives
Advantages of belt drives
Advantages of chain drives
Belts and belt drives
CADD chains
Nonprecision chains
Chapter-17 Welding processes
And representations
Welding processes
Elements of welding drawings
Types of welds
Weld symbols leader arrow related to
Weld location
Additional weld characteristics
Welding tests
Welding specifications
Prequalified welded joints
Weld design
Welding processes and representations test
Welding processes and representations
Section -5
Specialty drafting
And design
Chapter-18 precision sheet metal
Drafting
Introduction to precision sheet metal drafting
Precision sheet metal material bending
Flanges
Seams and hems
Roll forming
Material applications in sheet metal drafting
Precision sheet metal dimensioning applications
Sheet metal punch applications
Precision sheet metal drafting test
Precision sheet metal drafting problems
Chapter-19 Electrical and electronics
Introduction to electrical and electronic
Fundamentals of electrical diagrams
Generation, transmission, and distribution
Of electricity
Electric power substation design drawings
Residential and commercial electrical plans
Electronic drafting
Electronic diagrams
Printed circuit technology
Electrical and electronic drafting test
Electrical and electronic drafting problems
Chapter-20 Industrial process piping
Where industrial piping is used
Pipe drafting
Pipe drawings
Types of pipe
Pipe sizes and wall thickness
Pipe connection methods
Pipe fittings
Valves
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