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API ICP Preparatory Courses
510
570
571
653
577
580
1169
SIFE
SIRE
NDT
CPD courses
Free Tips
QA QC Tips
Free Download
Free Quiz
Webinar Recordings
Contact
About Us
Our Accreditation
Our Expertise
Our Journey
Meet Our Team
Our Offices
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7 Sections
134 Lessons
180 Days
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Module 1
Back to Basics
7
1.1
All you need to know
1.2
Exam Day
1.3
Exam Result
1.4
Exam Tips
1.5
VIDEOS
1.6
Free Exam
1.7
Knowledge and Expertise
Module 2
Corrosion Atlas
14
2.1
Corrosion Atlas # 1
2.2
Corrosion Atlas # 2
2.3
SCorrosion Atlas # 3
2.4
Highlights of API 571
2.5
API 571 Exam Guide
2.6
Exam Style Questions
2.7
Study Plan
2.8
Cheat Sheet
2.9
Exam Tricks
2.10
Damage Mechanism Pictorials
2.11
Identification of Damage
2.12
Least common DM
2.13
Less Common DM
2.14
Most Common
Module 3
Damage Mechanisms
70
3.1
Terms & Definitions
3.2
885 °F (475 °C)
3.3
Amine Corrosion
3.4
Amine SCC
3.5
Ammonia SCC
3.6
Ammonium Bisulfide
3.7
Ammonium Chloride
3.8
Aqueous Corrosion
3.9
Atmospheric Corrosion
3.10
Boiler Water Corr.
3.11
Brine Corrosion
3.12
Brittle Fracture
3.13
Carbonate SCC
3.14
Carburization
3.15
Caustic Corrosion
3.16
Caustic SCC
3.17
Cavitation
3.18
Chloride SCC
3.19
CO2 Corrosion
3.20
Concentntration Cell
3.21
Cooling Water
3.22
Corrosion Fatigue
3.23
CUI
3.24
Creep & Stress
3.25
Dealloying
3.26
Decarburization
3.27
Dissimilar Metal
3.28
Erosion/Corrosion
3.29
Ethanol SCC
3.30
Flue Gas Corrosion
3.31
Fuel Ash Corrosion
3.32
Galvanic Corrosion
3.33
Ignition and Combustion
3.34
Graphitic Corrosion
3.35
Graphitization
3.36
High-temp. H2/H2S
3.37
HTHA
3.38
Hydrochloric Acid Corr.
3.39
Hydrofluoric Corr.
3.40
Hydrofluoric SCC
3.41
Hydrogen Embrittle.
3.42
Hydrogen SCC
3.43
Liquid Metal Embrittle
3.44
Mechanical Fatigue
3.45
Metal Dusting
3.46
MIC
3.47
Naphthenic Acid
3.48
Nitriding
3.49
Oxidation
3.50
Oxygenated Corrosion
3.51
Phenol Corrosion
3.52
Phosphoric Acid
3.53
Polythionic Acid
3.54
Refractory Degrade
3.55
Stress Relaxation
3.56
Short-term Overheat
3.57
Sigma Phase
3.58
Soil Corrosion
3.59
Sour Water
3.60
Spheroidization
3.61
Strain Aging
3.62
Sulfidation
3.63
Sulfuric Acid
3.64
Temper Embrittle.
3.65
Thermal Fatigue
3.66
Thermal Shock
3.67
Titanium Hydriding
3.68
Wet H2S
3.69
Annex “A”
3.70
Most Common DM
Module 4
API RP 571 Damage Mechanisms, 3rd Edition, 2020
10
4.1
Terms & Definition
4.2
Abbreviations # 1
4.3
Abbreviations # 2
4.4
Damage Mechanism #1
4.5
Damage Mechanism #2
4.6
Damage Mechanism #3
4.7
Damage Mechanism #4
4.8
Damage Mechanism #5
4.9
Damage Mechanism #6
4.10
20 Important DM
Module 5
Flash Cards
11
5.1
Flash Cards # 1
5.2
Flash Cards # 2
5.3
Flash Cards # 3
5.4
Flash Cards # 4
5.5
Flash Cards # 5
5.6
Flash Cards # 6
5.7
Flash Cards # 7
5.8
Flash Cards # 8
5.9
Flash Cards # 9
5.10
Flash Cards # 10
5.11
Flash Cards # 11
Module 6
Mock Exams
17
6.1
Mock Exam # 1
6.2
Mock Exam # 2
6.3
Mock Exam # 3
6.4
Mock Exam # 4
6.5
Mock Exam # 5
6.6
Mock Exam # 6
6.7
Mock Exam # 7
6.8
Mock Exam # 8
6.9
Mock Exam # 9
6.10
Mock Exam # 10
6.11
Mock Exam # 11
6.12
Mock Exam # 12
6.13
Mock Exam # 13
6.14
Mock Exam # 14
6.15
Mock Exam # 15
6.16
Mock Exam # 16
6.17
Mock Exam # 17
Module 7
Downloadable Course Material
5
7.1
Failure Mechanisms
7.2
Failure Summary
7.3
API 571 Summary
7.4
HIC
7.5
API 571 Q & A
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