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: 海洋工程柔性立管与海底管道设计及分析-英文 Aspects of Design and Analysis of Offshore Pipelines and Flexibles

Author : [挪]斯韦恩·萨维克，叶乃全著 Svein S(?)vik;Naiquan Ye

Publisher : 西南交通大学出版社

Date : 201601

ISBN : 978-7-5643-4466-5

Pages : 309页

Price : $138

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内容提要 Abstract

《海洋工程柔性立管与海底管道设计及分析》主要针对柔性海洋结构和柔性管机械行为分析相关的有限元知识，与海洋立管相关的材料及其成型加工技术，海底管道热传导，海洋洋流载荷及海底土壤接触约束条件，重点以海底铺架管道、深海用柔性管道及其海底用脐带管为主，从理论设计、应用等进行阐述，一次将这两种管线的核心设计理念融合在一起阐述，将二者异同交叉阐述，既避免了重复阐述，又强调了这两种管道的核心差异。《海洋工程柔性立管与海底管道设计及分析》具有鲜明的行业特点和独创性及前沿性。

目录 Catalogue

Chapters
Pages Download Read
Preface
4-13
CHAPTER 1 Introduction
14-25
1.1 General remarks
16-20
1.2 The design process
21-23
1.3 Engineering phases
24-25
CHAPTER 2 Design Principles
26-53
2.1 General remarks
28-29
2.2 Design formats
30-33
2.3 Discussion of relevant loads
34-41
2.4 Discussion of failure modes
42-49
2.5 Cross-section design
50-53
CNAPTER 3 Steel Pipeline Design
54-67
3.1 General remarks
56-56
3.2 Stress and strain components
56-59
3.3 Wall thickness design
60-63
3.4 Design against other relevant failure modes insteel pipelines
64-67
Chaprer 4 Mechanical Behaviour of Flexible Pipes
68-134
4.1 General remarks
70-70
4.2 Governing stress components
70-73
4.3 Wire geometries
74-75
4.4 Behaviour due to axi-symmetric loads
76-89
4.5 Behaviour in bending
90-106
4.6 Buckling
107-118
4.7 Fatigue
119-128
4.8 Computational methods
129-134
CHAPRER 5 Heat Transfer and Thermal Insulation
135-146
5.1 General remarks
137-137
5.2 The heat transfer coefficient
138-141
5.3 The temperature profile
142-142
5.4 Time to reach critical temperature
143-146
CHAPRER 6 Steel Pipeline Material and Selection and Welding
147-156
6.1 General remarks
149-149
6.2 Material selection
150-151
6.3 Pipeline welding
152-156
CHAPRER 7 Pipeline Installation
157-181
7.1 General remarks
159-159
7.2 Pipeline installation methods
159-165
7.3 Pipeline installation analysis
166-181
CHAPTER 8 Global Burkling
182-201
8.1 General remarks
184-184
8.2 The process of buckling
184-187
8.3 Analytical global buckling model
188-191
8.4 The significance of different parameters included in an upheaval buckling analysis
192-201
GHAPTER 9 The Finite Element Method as Applied to Slender Structures
202-256
9.1 General remarks
204-205
9.2 Basics of the finite element method
206-208
9.3 Non-linear effects
209-211
9.4 Strain and stress measures
212-215
9.5 Non-linear finite element methods
216-234
9.6 Description of some elements of general relevance forglobal analysis of slender structures
235-246
9.7 Description of elements related to global and local response of flexible pipes and umbilicals
247-256
CHAPTER 10 Modelling and Analysis Examples
257-298
10.1 General remarks
259-259
10.2 Dynamic simulation of S-lay
259-264
10.3 J-tube pull-in
265-268
10.4 Pipeline walking
269-271
10.5 Lateral buckling versus alternative soil models
272-276
10.6 Pipeline trawl-gear interaction loads
277-284
10.7 Stress behaviour of flexible riser at the platform hang-off
285-289
10.8 Lateral buckling behaviour of tensile armours
290-298
Bibliography
299-308

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