خرید ایبوک Port Designer’s Handbook

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خرید کتاب Port Designers’ Handbook, 4rd Edition

دانلود رایگان کتاب Port Designer’s Handbook: Thoresen, Carl

Now in its fourth edition, Port Designer’s Handbook is the definitive guide to the layout, design and construction of harbours and port structures. Fully in line with the latest PIANC recommendations, this book covers all aspects of port planning and design from the impact of natural conditions on harbours, to health and safety, and the maintenance and repair of port structures as well as channel and harbour basins. Particular attention is given to the impact from ships, including berthing requirements, ship dimension tables and container terminals.

This fully revised edition has also seen the material updated to provide coverage of:

• new design and construction methods of the quay structures
• floating berth structures for large vessels
• detailed evaluation of the necessary mooring system
• evaluation of the bollard system and layout
• new design and evaluation of the fender system according to the new PIANC recommendation
• updating the design of the erosion problem in the front of the quay due to the ship propellers
• concrete in port structures

With an intuitive layout where the reader can easily find information on practical construction methods, Carl A. Thoresen’s guide is an essential purchase for all practicing port and harbour engineers, designers and contractors, as well as students new to this continually developing area.

دانلود ایبوک راهنمای طراحان بندر سال 2018 ویرایش چهارم

اکنون در ویرایش چهارم، دفترچه راهنمای طراحان بندر، راهنمای قطعی برای چیدمان، طراحی و ساخت بنادر و سازه‌های بندری است. این کتاب کاملاً مطابق با آخرین توصیه‌های PIANC، تمام جنبه‌های برنامه‌ریزی و طراحی بندر از تأثیر شرایط طبیعی بر بنادر، تا سلامت و ایمنی، و نگهداری و تعمیر سازه‌های بندری و همچنین حوضه‌های کانال و بندر را پوشش می‌دهد. توجه ویژه ای به تأثیر کشتی ها، از جمله الزامات پهلوگیری، جداول ابعاد کشتی و پایانه های کانتینری داده می شود.

این نسخه کاملاً اصلاح‌شده همچنین مطالب را به‌روزرسانی کرده است تا پوششی از موارد زیر ارائه دهد:

روش های جدید طراحی و ساخت سازه های اسکله
سازه های اسکله شناور برای کشتی های بزرگ
ارزیابی دقیق سیستم پهلوگیری لازم
ارزیابی سیستم بولارد و طرح
طراحی و ارزیابی جدید سیستم گلگیر طبق توصیه جدید PIANC
به روز رسانی طراحی مشکل فرسایش در جلوی اسکله به دلیل پروانه های کشتی
بتن در سازه های بندری
راهنمای Carl A. Thoresen با یک چیدمان بصری که در آن خواننده می‌تواند به راحتی اطلاعاتی در مورد روش‌های ساخت و ساز عملی پیدا کند، خریدی ضروری برای همه مهندسان، طراحان و پیمانکاران بندر و بندرگاه، و همچنین دانشجویانی است که تازه وارد این منطقه به طور مداوم در حال توسعه هستند.

فهرست مطالب Port Designer Handbook 2018

Foreword
xiii
Preface
xv
Acknowledgements
xvii
About the author
01 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Port planning
1
1.1.
Introduction
1
1.2.
Planning procedures
1
1.3.
Subsurface investigations
14
1.4.
Hydraulic laboratory studies
23
1.5.
Life-cycle management
27
1.6.
Safety management and risk assessment
28
1.7.
The International Ship and Port Facility Security (ISPS) Code and
the Container Security Initiative (CSI)
31
References and further reading
36
02 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Environmental forces
39
2.1.
General
39
2.2.
Wind
39
2.3.
Waves
52
2.4.
Floating wave breakwater
68
2.5.
Current
71
2.6.
Ice forces
79
References and further reading
83
03 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Channels and harbour basins
85
3.1.
Channels and waterways
85
3.2.
Harbour basin
90
3.3.
Anchorage areas
99
3.4.
Area of refuge
102
3.5.
Grounding areas
103
References and further reading
104
04 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Berthing requirements
105
4.1.
Operational conditions
105
4.2.
Navigation
109
4.3.
Tugboat assistance
117
4.4.
Wind and wave restrictions
126
4.5.
Ship movements
137
4.6.
Passing ships
145
4.7.
Visibility
146
4.8.
Port regulations
146
4.9.
Availability of a berth
146
References and further reading
147
05 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Impact from ships
149
5.1.
General
149
5.2.
The theoretical or kinetic method
149
5.3.
The empirical method
157
5.4.
The statistical method
157
5.5.
Abnormal impacts
158
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5.6.
Absorption
of
fender
forces
159
5.7.
Ship
‘hanging’
on
the
fenders
161
References
and
further
reading
162
06
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Design
considerations
163
6.1.
General
163
6.2.
Design
life
166
6.3.
Standards,
guidelines
and
design
codes
168
6.4.
Load
combinations
and
limit
states
169
6.5.
Load
and
concurrency
factors
171
6.6.
Material
factors
and
material
strength
171
6.7.
Characteristic
loads
from
the
sea
side
171
6.8.
Vertical
loads
on
berth
structures
173
6.9.
Horizontal
loads
on
the
berth
178
6.10.
Characteristic
loads
from
the
land
side
178
6.11.
Summary
of
loads
acting
from
the
sea
side
179
References
and
further
reading
179
07
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Safety
considerations
181
7.1.
General
181
7.2.
Specification
safety
181
7.3.
Design
safety
181
7.4.
Construction
safety
185
7.5.
Personnel
safety
185
7.6.
Operational
safety
185
7.7.
Total
safety
186
References
and
further
reading
186
08
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Types
of
berth
structures
189
8.1.
General
189
8.2.
Vertical
loads
191
8.3.
Horizontal
loads
193
8.4.
Factors
affecting
the
choice
of
structures
199
8.5.
Norwegian
and
international
berth
construction
203
References
and
further
reading
203
09
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Gravity
wall
structures
205
9.1.
General
205
9.2.
Block
wall
berths
205
9.3.
Caisson
berths
209
9.4.
Cell
berths
211
References
and
further
reading
222
10
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Sheet
pile
wall
structures
223
10.1.
General
223
10.2.
Driving
of
steel
sheet
piles
224
10.3.
Simple
anchored
sheet
pile
wall
berths
230
10.4.
Solid
platform
berths
234
10.5.
Semi-solid
platform
berth
239
10.6.
Drainage
of
steel
sheet
piles
240
10.7.
Berth
structures
in
artic
conditions
240
References
and
further
reading
240
vi
n
11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Open berth structures
243
11.1.
General
243
11.2.
Column berths
249
11.3.
Pile berths
256
11.4.
Lamella berths
271
11.5.
Open berth slabs
272
References and further reading
301
12 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Floating berth structures
303
12.1.
General
303
12.2.
Mooring systems
311
12.3.
Floating quays and load levels
321
References and further reading
324
13 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Berth details
325
13.1.
General
325
13.2.
Traditional mooring system
325
13.3.
Automatic mooring system
337
13.4.
Lighting
340
13.5.
Electric power supply
340
13.6.
Potable and raw water supply
342
13.7.
Water drainage system
342
13.8.
Sewage disposal
343
13.9.
Oil and fuel interceptors
343
13.10. Access ladders
344
13.11. Handrails and guardrails
344
13.12. Kerbs
345
13.13. Lifesaving equipment
346
13.14. Pavements
346
13.15. Crane rails
354
References and further reading
357
14 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Container terminals
359
14.1.
Site location
359
14.2.
Existing areas
360
14.3.
Container ships
362
14.4.
Container terminal areas
365
14.5.
Container handling equipment
370
14.6.
Container handling systems in the container stacking area
377
14.7.
Container berth and terminal area requirements and capacity
391
14.8.
Hinterland
396
14.9.
The world’s largest container ports
398
References and further reading
398
15 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Fenders
399
15.1.
General
399
15.2.
Fender requirements
400
15.3.
Surface-protecting and energy-absorbing fenders
401
15.4.
Different types of fender
406
15.5.
Installation
407
15.6.
Effects of fender compression
409
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15.7.
Properties
of
a
fender
412
15.8.
Single-
and
double-fender
systems
419
15.9.
Fender
wall
421
15.10.
Hull
pressure
424
15.11.
Spacing
of
fenders
425
15.12.
Cost
of
fenders
426
15.13.
Damage
to
fender
structures
427
15.14.
Calculation
examples
429
15.15.
Information
from
fender
manufacturers
433
References
and
further
reading
445
16
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Erosion
protection
447
16.1.
General
447
16.2.
Erosion
due
to
wave
action
451
16.3.
Erosion
due
to
the
main
propeller
action
452
16.4.
Erosion
due
to
thrusters
455
16.5.
The
required
stone
protection
layer
458
16.6.
Erosion
protection
systems
459
16.7.
Operational
guidelines
468
References
and
further
reading
469
17
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Steel
corrosion
471
17.1.
General
471
17.2.
Corrosion
rate
473
17.3.
Astronomical
low
water
corrosion
473
17.4.
Corrosion
protection
systems
474
17.5.
Stray
current
corrosion
479
References
and
further
reading
479
18
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Underwater
concreting
481
18.1.
General
481
18.2.
Different
methods
of
underwater
concreting
481
18.3.
The
tremie
pipe
method
483
18.4.
The
production
of
concrete
for
use
in
tremie
pipes
495
18.5.
Anti-washout
(AWO)
concrete
497
18.6.
Damage
during
construction
of
new
structures
501
18.7.
Repairs
of
new
concrete
504
18.8.
Concrete
plant
and
supervision
505
References
and
further
reading
508
19
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Concrete
deterioration
509
19.1.
General
509
19.2.
Durability
of
concrete
berth
structures
510
19.3.
Freezing
and
thawing
511
19.4.
Erosion
512
19.5.
Chemical
deterioration
512
19.6.
Corrosion
of
reinforcement
514
19.7.
Resistivity
519
19.8.
Condition
survey
519
19.9.
Concrete
cover
521
19.10.
Surface
treatments
522
viii
n
19.11. Condition survey
522
19.12. Overloading of the berth structure
523
19.13. In situ quality control
524
References and further reading
524
20 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Concrete maintenance and repair
525
20.1.
General
525
20.2.
Assessment
526
20.3.
Maintenance manual and service inspection
526
20.4.
Condition of a structure
527
20.5.
Repairs of concrete
528
20.6.
Repairs in zone 1 (permanently submerged)
531
20.7.
Repairs in zone 2 (tidal zone)
535
20.8.
Repairs in zone 3 (the splash zone or the area above
highest astronomical tide (HAT))
537
20.9.
Cathodic protection
542
20.10. Chloride extraction
547
20.11. Cost of repairs
547
References and further reading
548
21 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Port maintenance
549
21.1.
Responsibility for maintenance
549
21.2.
Spares
549
21.3.
Management information
549
21.4.
Maintenance personnel
550
21.5.
Plant and equipment
550
21.6.
Infrastructure
551
21.7.
Optimisation of design to reduce future maintenance costs
553
21.8.
Maintenance management
556
21.9.
Maintenance strategy
556
21.10. Inspections
557
21.11. Rating and prioritisation
559
21.12. Condition assessment ratings
559
21.13. Post-event condition ratings
560
21.14. Recommendations and follow-up actions
561
21.15. Repair prioritisation
562
20.16. Maintenance data management
562
References and further reading
563
22 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Ship dimensions
565
22.1.
General
565
22.2.
Ship dimensions
565
22.3.
Recommended design dimensions
579
22.4.
Recommendations
596
References and further reading
596
23 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Definitions
597
References and further reading
606
24 . . . . . . . . . . . . . . . . . . . . . . . . . . . . Conversion factors
607
24.1.
Length
607
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24.2.
Speed
607
24.3.
Area
607
24.4.
Volume
608
24.5.
Weight
608
24.6.
Force
608
24.7.
Force per unit length
608
24.8.
Force per unit area
608
24.9.
Moment
609
24.10. Temperatures
609
24.11. Useful data
609
Index
611

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