Production Metrology
eBook - PDF

Production Metrology

  1. 421 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Production Metrology

Book details
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Table of contents
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About This Book

This work presents the systematics of production metrology starting from the inspection planning, across the recording of the inspected data up to the evaluation of this data. On the one hand, the reader will be supplied with basic knowledge for the understanding of the presented procedures and their practical use. On the other hand, he will also learn about the importance of production metrology for quality control in production processes. It is not only an indispensable reference book for the daily work of the engineer, but also a invaluable and easy to read text book for students. As a supplement for the studies, the book gives a fast overlook to the basics of production metrology and, at the same time, shows how this knowledge is put into practice.

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Yes, you can access Production Metrology by Tilo Pfeifer in PDF and/or ePUB format, as well as other popular books in Technology & Engineering & Engineering General. We have over one million books available in our catalogue for you to explore.

Information

Publisher
De Gruyter Oldenbourg
Year
2015
ISBN
9783486810424
Edition
1
Topic
Technology & Engineering
Subtopic
Engineering General
Index
Technology & Engineering
Overview 
of 
Production 
Metrology 
27 
good 
quality 
standard 
in 
the 
past 
undergo 
less 
testing 
than 
parts, 
which 
have 
fal-
ling 
capability 
values. 
1.4 
Overview 
of 
Production 
Metrology 
Production 
metrology, 
as 
it 
is 
understood 
today, 
is 
more 
than 
just 
the 
technology 
used 
to 
record 
quality 
characteristics 
in 
the 
production 
areas. 
It 
is 
of 
much 
more 
importance 
to 
master 
the 
methods 
of 
production 
metrology 
in 
all 
variations. 
It 
is 
the 
only 
possible 
way 
to 
choose 
the 
optimal 
systems 
and 
processes 
for 
the 
various 
measurements 
and 
testing 
tasks 
so 
that 
processes, 
which 
add 
value 
can 
be 
judged 
appropriately 
without 
wasting 
time. 
The 
following 
section 
enables 
the 
reader 
to 
gain 
an 
overview 
of 
the 
content 
of 
this 
book 
as 
the 
relevant 
elements 
of 
production 
metrology 
are 
summarised. 
The 
methods 
of 
production 
metrology 
can 
be 
divided 
into 
"classic" 
quality 
control 
and 
preventative 
processes 
of 
quality 
assurance.
(Figure 
1.4-1)
[Pf 
96], 
The 
aim 
of 
classic 
quality 
control 
methods 
is 
to 
ensure 
perfect 
product 
quality 
through 
quality 
testing 
during 
or 
immediately 
after 
production. 
Traditionally, 
this 
test 
includes 
all 
aspects 
of
test 
planning, 
data 
collection
and
data 
analysis 
. 

Table of contents

  1. 1 Introduction
  2. 1.1 Functions and Objectives of Production Metrology
  3. 1.2 Historical Development of Production Metrology
  4. 1.3 Production Metrology as a Component of Quality Management
  5. 1.4 Overview of Production Metrology
  6. 2 Fundamentals of Production Metrology
  7. 2.1 Basic Concepts
  8. 2.1.1 Introduction to the Sl-System of Units
  9. 2.1.2 Definitions
  10. 2.1.3 Measuring Methods
  11. 2.1.4 Measurement Strategies
  12. 2.2 Measure Embodiments
  13. 2.2.1 Gauge Blocks
  14. 2.2.2 Incremental Measure Embodiments
  15. 2.2.3 Absolute encoded measure embodiments
  16. 2.3 Measurement Uncertainty and Measurement Error
  17. 2.3.1 Definitions and Terms
  18. 2.3.2 Factors Influencing Measurement Error
  19. 2.3.3 Procedures for estimating measurement uncertainty
  20. 2.3.4 Measurement Uncertainty and Tolerance
  21. 2.4 Measurement rooms
  22. 2.5 Drawings specifications and tolerances
  23. 2.5.1 Dimensions, dimensional tolerances and fits
  24. 2.5.2 Tolerance of form and position
  25. 2.5.3 Tolerancing principles
  26. 2.5.4 Geometrical product specification and inspection (GPS)
  27. 3 Inspection Planning
  28. 3.1 Tasks of Inspection Planning
  29. 3.2 Procedure for Setting Up an Inspection Plan
  30. 3.2.1 Definition of the Inspection Plan Header
  31. 3.2.2 Selection of Inspection Characteristics
  32. 3.2.3 Determining Inspection Time
  33. 3.2.4 Determining Inspection Type
  34. 3.2.5 Determining the Inspection Extent
  35. 3.2.6 Selection of Inspection Site and Personnel
  36. 3.2.7 Selection of Inspection Equipment
  37. 3.2.8 Inspection Text and Documentation
  38. 3.3 Utilisation of Results
  39. 3.4 Possible fields of application
  40. 4 Test Data Acquisition
  41. 4.1 Shop floor Inspection Equipment
  42. 4.1.1 Callipers and Height Measuring Devices
  43. 4.1.2 Micrometers
  44. 4.1.3 Display Sensors with Mechanical Transmission
  45. 4.1.4 Angle Measuring Devices
  46. 4.2 Measuring Sensors
  47. 4.2.1 Potentiometer Sensors
  48. 4.2.2 Inductive Sensors
  49. 4.2.3 Capacitive Sensors
  50. 4.2.4 Pneumatic Sensors
  51. 4.2.5 Ultrasonic Measuring Methods
  52. 4.2.6 Measuring Sensors with an Incremental Material Measure
  53. 4.2.7 Sensors with Encoded Materia Measures
  54. 4.3 Optical and Optoelectronic Testing Equipment
  55. 4.3.1 Optical and Optoelectronic Elements
  56. 4.3.2 Camera Metrology
  57. 4.3.3 Laser Metrology
  58. 4.3.4 Optical Measuring Devices
  59. 4.4 Coordinate Measuring Technology
  60. 4.4.1 Fundamentals of Coordinate Measuring Technology
  61. 4.4.2 System Components and Designs of Coordinate Measuring Machines
  62. 4.4.3 Application of Coordinate Metrology
  63. 4.5 Form and Surface Testing Technology
  64. 4.5.1 Form Testing Technology
  65. 4.5.2 Surface Inspection Technology
  66. 4.6 Gauging Inspection
  67. 4.6.1 Taylor’s Principle
  68. 4.6.2 Types of Gauging Inspections
  69. 4.6.3 Norms for Gauging Inspection
  70. 4.6.4 Principle of Virtual Gauging
  71. 4.7 Integration of inspection devices into automated measuring applications
  72. 4.7.1 Electronic Handheld Measuring Devices at the Computer-Aided Measuring Station
  73. 4.7.2 Robot-Aided Measurement Devices
  74. 4.7.3 Multi-Point Measuring Devices
  75. 5 Test Data Evaluation
  76. 5.1 Fundamental Statistical Principles
  77. 5.1.1 Descriptive Statistics
  78. 5.1.2 Distributions
  79. 5.1.3 Inductive Statistics
  80. 5.2 Statistical Process Control
  81. 5.2.1 Random Sample Testing Schedules
  82. 5.2.2 Structure, Design and Application of Shewart-Quality Control Charts
  83. 5.2.3 Statistical Background
  84. 5.2.4 Practical use of the Control Chart Technique
  85. 5.2.5 Newer Types of Quality Control charts
  86. 5.2.6 Boundary Conditions for the Use of Control Charts
  87. 5.3 Capability of Production Processes
  88. 6 Management of Inspection Equipment
  89. 6.1 Inspection Equipment Monitoring
  90. 6.1.1 Traceability
  91. 6.1.2 Inspection Equipment-Specific Monitoring
  92. 6.1.3 Inspection Task-Specific Monitoring
  93. 6.1.4 Dynamic Inspection Equipment Monitoring
  94. 6.2 Inspection Equipment Planning and Provision
  95. 6.3 Inspection Equipment Management
  96. 7 Index