Call for participation
WiKiMicroGraphia will announce prizes for the best uploaded micrographs under student category. Prizes will be given during the student conference "Behind the Teachers Desk (BTTD-13)" in March 2013 at CSIR-National Metallurgical Laboratory, Jamshedpur, India.
Participants of metallography contest of IIM-ATM may upload images in this site. Best microstructure will receive prizes in general category.
Hurry! Start uploading Micrographs to share with the world!
HSLA-100
HSLA aged at 700 C
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Aged at 700 C after austenitized at 910 C for 1 hour Device:
SEM 
HSLA aged at 675 C
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Aged at 675 C after austenitized at 910 C for 1 hour Device:
SEM 
HSLA aged at 650 C
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Aged at 650 C after austenitized at 910 C for 1 hour Device:
SEM 
HSLA aged at 600 C
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Aged at 600 C after austenitized at 910 C for 1 hour Device:
SEM 
HSLA aged at 550 C
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Aged at 550 C after austenitized at 910 C for 1 hour Device:
SEM 
HSLA aged at 500 C
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Aged at 500 C after austenitized at 910 C for 1 hour Device:
SEM 
HSLA aged at 450 C
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Aged at 450 C after austenitized at 910 C for 1 Device:
SEM 
HSLA aged at 400 C
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Aged at 400 C after austenitized at 910 C for 1 hour Device:
SEM 
HSLA aged at 350 C
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Aged at 350 C after austenitized at 910 C for 1 hour Device:
SEM 
Water quenched HSLA steel
This fractograph is not yet approved by reviewer.
Source of Fracture Surface:
Fracture and tensile specimens Material (Name/Designation/Grade):
HSLA-100 Material Condition (Heat treatment/Service history/Source):
Water Quenched Device:
Scanning Electron Microscope 
