Atlas
About
Contents
Glossary
Facebook
Instagram
LinkedIn

Transgranular Cracking

1 case · 1 image

Crevice Corrosion in a Subsea System — Aspect Before Analysis

Search & filters

Search

1 image

TryML00104 corrosion ML00141 brittle fracture ductile behavior fatigue hydrogen fracture embrittlement stress corrosion

Browse by category (6)

Capture method2

Optical Microscope1 image
Oxalic Acid Electrolytic Etch1 image

Application5

Chemical Industry2 cases
Refinery2 cases
Heat Exchanger1 case
Piping1 case
Waste Heat Recovery Unit1 case

Product9

Raw Material3 cases
Finished Product2 cases
Flange1 case
Longitudinal Seam Welded Pipe1 case
Pipe1 case
Rolled Plate1 case
Seamless tube1 case
Stub End1 case

+1 more

Tube1 case

Material3

Austenitic Stainless Steel4 cases
Ferrous Alloys4 cases
High Alloy Steel4 cases

Condition6

Damage4 cases
Corrosion3 cases
Intergranular Corrosion2 cases
Fatigue1 case
Stress Corrosion1 case
Vibration Induced Fatigue1 case

Microstructure7

Austenite4 cases
Grain Boundary Carbide Precipitation2 cases
Austeno ferritic1 case
Equiaxial Grains1 case
Fine Transgranular Precipitation1 case
Free from Carbides1 case
Small amount of delta ferrite1 case

Atlas / Detail focus / Damage / Transgranular Cracking

Standard: S30400 ×clear all

Results

SortNewest Oldest Title A-Z Title Z-A

Micrography of the stub end longitudinal section, showing multiple branched transgranular cracks.

25

ML00168 / Aug.2020

SCC of Austenitic SS Flange Stub End

M - Austenitic Stainless SteelP - Stub EndAp - Chemical IndustryCd - Stress Corrosion

Cm - Oxalic Acid Electrolytic EtchDf - Transgranular Cracking

© copyright. All rights reserved
Version 1.0