Earland / Nash / Garden | Guide to European Pressure Equipment | Buch | 978-1-86058-345-2 | sack.de

Buch, Englisch, 228 Seiten, Format (B × H): 212 mm x 298 mm, Gewicht: 822 g

Earland / Nash / Garden

Guide to European Pressure Equipment


1. Auflage 2003
ISBN: 978-1-86058-345-2
Verlag: Wiley

Buch, Englisch, 228 Seiten, Format (B × H): 212 mm x 298 mm, Gewicht: 822 g

ISBN: 978-1-86058-345-2
Verlag: Wiley


This book provides sensible, practical assistance on pressure equipment.

European Pressure Equipment has been written using the day-to-day practical experience of pressure vessel users, manufacturers and suppliers for specifiers, and users of pressure equipment. It has been compiled to provide practical information about all aspects of design, selection and use. The book is aimed at everyone who has technical problems as well as those wanting to know more about pressure equipment and the Pressure Equipment Directive (PED), and also those who want to know who supplies what, and from where in Europe.

Aimed at users of pressure vessels in industries such as the power, oil, petrochemical, chemical, pharmaceutical, food, utility and other industries, and also those involved in the specifying and purchasing of pressure vessels and ancillary equipment. The book will of course be of considerable use to designers and manufacturers.

Content include:

- General
- Legislation and standards
- Specification of pressure vessels
- Design
- Manufacture
- Inspection and testing
- Installation, maintenance and in-service inspection
- Units and conversions and materials data
- Useful terms translated
- Classification guide to manufacturers and suppliers
- Reference index

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Weitere Infos & Material


General 1

Explanation of terms 3

General definitions 3

Organisations 3

Codes and standards 4

Mathematical notation 4

Materials 4

What is a pressure vessel? 4

Common types of pressure vessel 4

Proprietary types of pressure vessel 6

Heat exchangers 6

Steam boilers 7

Vessels for the nuclear power industry 7

Components of a pressure vessel 7

Shells 7

Heads or ends 7

Cones 8

Flanges 9

Nozzles 9

Manways and inspection openings 10

Tubesheets 10

Jackets and limpet coils 10

Supports 11

Stiffening rings 12

Internals 12

External attachments 12

Internals 12

Vortex breakers 12

Demisters 12

Baffles and weirs 13

Filter elements 13

Catalysts 13

Trays 13

Separation devices 14

Mixers and agitators 14

Accessories 14

Manways 14

Davits 15

Platforms and ladders 15

Relief valves and bursting discs 15

Instruments 15

Legislation and standards 17

Legislation 18

EC Directives 18

General Directive on Pressure Vessels 76/767/EEC 18

Gas Cylinders Directives 18

The Simple Pressure Vessels Directive 87/404/EEC 19

The Pressure Equipment Directive 97/23/EC 20

Standards 24

Pressure vessel standards 24

Associated standards 28

Specification of pressure vessels 33

Design data 35

Pressure 35

Temperature 36

Cyclic loading 36

Non-pressure loadings 36

Fluid classification 37

The state of the fluid contents 37

The fluid group 37

Size and configuration 38

Size 38

Configuration 38

Nozzles and inspection openings 38

Materials and corrosion 40

Explanation of terms 40

Selection of materials 40

Typical materials 41

Corrosion and erosion 45

Material specifications 45

Material specification selection 54

Grouping systems for metallic materials 56

Cladding 56

Lining 56

Gaskets 56

Non-destructive examination (NDE) 57

Quotation assessment 57

References 58

Design 61

Introduction 63

Thickness 63

Loadings 63

Classification of load cases 63

Failure modes 63

Dimensionless parameters 63

Design-by-rule and design-by-analysis 63

Design stresses 64

Weld joint coefficient 64

Testing groups 64

Joint coefficients 65

Shells and heads - internal pressure 65

Cylindrical shells 65

Spherical shells 66

Dished ends 66

Conical shells 67

Comparison of thickness of shells and heads 68

Shells and heads - external pressure or vacuum 68

Cylindrical shells 68

Conical shells 69

Spherical shells 69

Dished ends 70

Nozzles and openings 70

Isolated nozzles and openings 70

Multiple openings 71

Limitations 71

Flanges 72

General 72

Standard flanges 72

Flanged joint behaviour 72

Flange styles 73

Bolts 73

Gaskets 74

Design methods 75

Other flange styles 76

Assembly and tightening 76

Fugitive emissions 76

Annex G method 76

Flat ends and stayed plates 78

Welded flat ends 78

Bolted flat ends 78

Nozzles and openings in flat ends 79

Vessels of non-circular cross-section 79

Unreinforced vessels without a stay 80

Unreinforced vessels with a central stay or partition plate 80

Reinforced vessels 80

Nozzles and openings 81

Tubesheets and perforated plates 81

Elastic theory method 82

Limit load analysis 83

Local loads 83

Background to local loads analysis 83

Local loads on nozzles 83

Line loads 85

Lifting lugs 86

Combined loadings 86

Sources of loading 86

Assessment of loading 89

Supports for horizontal and vertical vessels 89

Horizontal vessels on saddle supports 89

Vertical vessels with support legs 91

Vertical vessels on brackets 91

Vertical vessels with skirts 92

Vertical vessels with ring supports 93

Jacketed vessels 93

Jacketed vessel design 93

Limpet coils 94

Fatigue 94

General comments 94

Basis of fatigue assessment 95

Simplified assessment of fatigue life 95

Detailed fatigue assessment 98

References 98

Manufacture 99

Introduction 101

Materials 101

Procurement 101

Traceability 101

Storage of materials 102

Basic processes 102

Plate preparations 102

Edge trimming 102

Forming 103

Rolling 103

Pressing 103

Dished heads 104

Nozzles and stubs 105

Flanges 105

Machining 105

Tolerances 105

Alignment 105

Tolerances for vessels subject to internal pressure 106

Tolerances for vessels subject to external pressure 106

Structural tolerances 107

Welding 107

Welding terms and definitions 107

Weld procedure qualification 110

Welder qualification 112

Weld procedure specification 112

Welding processes 116

Cladding 125

Welding of materials 126

Weld preparations 126

Carbon steels 126

Chromium-molybdenum low alloy steels 129

Nickel steels 131

Stainless steels 131

Nickel base alloys 133

Aluminium and aluminium alloys 135

Titanium and titanium alloys 135

Useful welding references 136

Heat treatment 136

Post weld heat treatment (PWHT) 136

Normalising 136

Quench and tempering 136

Inspection and testing 137

Introduction 138

Non-destructive testing (NDT) 138

Visual examination 138

Penetrant testing (PT) 139

Magnetic particle testing (MT) 140

Radiographic testing (RT) 141

Ultrasonic testing (UT) 142

Eddy current testing (ET) 143

Acoustic emission monitoring (AE) 143

Pressure testing 144

Basic requirements 144

Testing procedure 144

Pneumatic and combined hydrostatic/pneumatic test 145

Standard test pressure 145

External pressure testing 146

Other testing 146

Leak testing 146

Pull out test 147

Material testing 147

Tensile testing 147

Impact testing 147

HIC (Hydrogen induced cracking) testing 147

Other material testing 147

Nameplates 147

Documentation 148

Certification 149

Painting 150

Carbon steel and low alloy steels 150

Stainless steels 150

Preparation for shipment 150

Installation, maintenance and in-service inspection 151

Horizontal equipment 152

Vertical vessels 152

Foundations 153

Horizontal equipment 155

Vertical vessels 155

Maintenance 155

In-service inspection and testing 155

Pressure Systems Safety Regulations 156

Risk based inspection (RBI) 157

Fitness-for-service 157

Units and conversions and materials data 159

SI, The International System of Units 161

Conversion factors for SI units 162

Plane angle 162

Length 162

Area 162

Volume 163

Time 163

Linear velocity 163

Linear acceleration 163

Angular velocity 163

Angular acceleration 163

Mass 163

Density 163

Force 164

Torque 164

Pressure, stress 164

Dynamic viscosity 164

Kinematic viscosity 164

Energy 165

Power 165

Flow 165

Temperature 165

Other conversion factors 166

Hardness 166

Material toughness 167

Materials data 168

Grouping system 168

Material density 168

Elastic modulus 168

Pipe and tube data 170

Dimensions of stainless steel pipes 170

Standard plate and wire gauges 170

Dimensions of carbon and low alloy steel pipes 170

Bolting 171

Properties of metric bolting 171

Properties of unified bolting 171

Volumes of solids 172

Useful terms translated 173

Classification guide to manufacturers and suppliers 185

Introduction 186

Names and addresses--manufacturers and suppliers 187

Pressure Vessels--manufacturers and suppliers 201

Heat Exchangers--manufacturers and suppliers 206

Air Receivers--manufacturers and suppliers 209

Filters--manufacturers and suppliers 210

Separators--manufacturers and suppliers 211

Special types of vessel--manufacturers and suppliers 212

Components and ancillary products--manufacturers and suppliers 213

Trade names--manufacturers and suppliers 216

Reference index 218

Index to advertisers 228


Simon Earland and David Nash are the authors of Guide to European Pressure Equipment, published by Wiley.



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