UID:
almahu_9948025705702882
Format:
1 online resource (633 p.)
Edition:
5th ed.
ISBN:
1-281-01953-4
,
9786611019532
,
0-08-054926-8
Content:
Wherever machinery operates there will be seals of some kind ensuring that the machine remains lubricated, the fluid being pumped does not leak, or the gas does not enter the atmosphere. Seals are ubiquitous, in industry, the home, transport and many other places. This 5th edition of a long-established title covers all types of seal by application: static, rotary, reciprocating etc. The book bears little resemblance to its predecessors, and Robert Flitney has re-planned and re-written every aspect of the subject. No engineer, designer or manufacturer of seals can afford to be without this uniq
Note:
Previous ed.: by Melvin W. Brown. 1995.
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Front cover; Seals and Sealing Handbook; Copyright page; Contents; Preface; Chapter 1: Introduction; 1.1 Purpose of this book; 1.2 What does it cover?; 1.3 What applications does it cover?; 1.4 What disciplines are involved?; 1.5 The future; Chapter 2: Static seals; 2.1 Introduction; 2.2 O-rings; 2.2.1 Elastomer O-rings; 2.2.2 Plastic O-rings; 2.2.3 Metal O-rings; 2.3 Alternative elastomer sections; 2.3.1 Rectangular section rings; 2.3.2 X section rings; 2.3.3 T-seals; 2.3.4 L section seals; 2.3.5 U-rings; 2.3.6 Integral backup flange seals; 2.3.7 Bonded seals; 2.3.8 Spring seals
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2.3.9 Hygienic seal arrangements2.3.10 Window seals; 2.4 Alternative plastic sections; 2.5 Alternative metal seal designs; 2.5.1 C-rings; 2.5.2 Low load C-rings; 2.5.3 Spring energized metal seals; 2.5.4 E-rings; 2.5.5 Sigma seals; 2.6 Cured in place seals; 2.6.1 Moulded in place; 2.6.2 Cured in place; 2.7 Formed in place seals and gaskets; 2.7.1 Sealing rigid flanges with anaerobic sealants; 2.7.2 Sealing flexible flanges; 2.7.3 Sealant selection; 2.8 Bolted joints and gaskets; 2.8.1 Introduction; 2.8.2 Forces acting in a bolted joint assembly; 2.8.3 Gasket behaviour
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2.8.4 Flange types and standards2.8.5 Calculation methods; 2.8.6 Gasket installation; 2.8.7 Bolting; 2.8.8 Gasket types and applications; 2.8.9 Compact flanges and connectors; 2.9 Selection of the optimum static seal design and material; 2.9.1 Temperature; 2.9.2 Pressure; 2.9.3 Industry design codes; 2.9.4 Manufacturing method; 2.9.5 Sealed fluid; 2.9.6 Life expectancy; 2.9.7 Leakage integrity, emissions; 2.9.8 Manufacturing volume; 2.9.9 Maintenance and accessibility; 2.10 References; Chapter 3: Rotary seals; 3.1 Introduction; 3.2 Lip seals; 3.2.1 Basic lip seal design
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3.2.2 Dynamic sealing mechanism3.2.3 PTFE seals; 3.2.4 PTFE lined elastomer seals; 3.2.5 Excluders; 3.2.6 Cassettes; 3.2.7 V-ring seals; 3.2.8 Bearing seals; 3.2.9 Lip seals for pressure; 3.3 Alternative elastomer and plastic seals; 3.3.1 O-rings; 3.3.2 Elastomer fabric seals; 3.3.3 Elastomer energized plastic seals; 3.3.4 Spring energized PTFE seals; 3.3.5 Positive lubrication rotary seals; 3.4 Mechanical seals; 3.4.1 Introduction; 3.4.2 Basic design; 3.4.3 Method of operation; 3.4.4 Basic seal types; 3.4.5 Seal housing design; 3.4.6 Typical applications and seal arrangements
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3.5 Compression packing for rotary shafts and valves3.5.1 Introduction; 3.5.2 Method of operation; 3.5.3 Packed gland arrangements; 3.5.4 Fitting and using packing; 3.5.5 Packing types; 3.6 Clearance seals; 3.6.1 Introduction; 3.6.2 Labyrinth seals; 3.6.3 Honeycomb and hole slot seals; 3.6.4 Brush seals; 3.6.5 Leaf seals; 3.6.6 Viscoseals; 3.6.7 Circumferential seals; 3.6.8 Centrifugal or liquid ring seals; 3.7 Magnetic fluid seals; 3.7.1 The particular attributes of a magnetic seal are; 3.7.2 Ferrofluid types; 3.7.3 Typical applications; 3.8 Rotary seal selection; 3.8.1 Liquid sealing
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3.8.2 Gas sealing
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English
Additional Edition:
ISBN 1-85617-461-1
Language:
English
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