I-1

Citation:

I-1. Indhu, T. Manish, L. Vijayaraghavan, S. Soundarapandian, “Microstructural evolution and its effect on joint strength during laser welding of dual phase steel to aluminium alloy“, Journal of Manufacturing Processes, Volume 58, 2020, Pages 236-248, ISSN 1526-6125, doi.org/10.1016/j.jmapro.2020.08.004.

Related Posts

Filter by

Post Page

homepage-featured-top main-blog Blog Roll Forming Citations Steel Grades AHSS 1stGen AHSS Simulation Tube Forming Testing and Characterization

Sort by

8

Citation B-76. G. Beydilli, “

8

Citation M-67. Shawn Morgans, “

8

Benefits of Tailored Products in Automotive Body Construction

Key materials characteristics for formed parts include strength, thickness, and corrosion protection. Tailored

8

Designing For Vehicle Crash Requirements that Don’t Yet Exist

8

Metallurgy of Martensitic Steels Case Study:

8

Servo Press Force and Energy Considerations When Working With AHSS

Advanced High-Strength Steel (AHSS) products have significantly different forming characteristics and these

8

Simulation Inputs

Yield Criteria Hardening

8

Manufacturing precision welded tubes typically involves continuous

8

Tensile testing cannot be used to determine bendability, since these are different failure modes. Failure in bending

8

Trackbacks/Pingbacks

Microstructural Evolution and Effect on Joint Strength in Laser Welding of DP to Aluminium - AHSS Guidelines - […] 2.5 mm thick DP600 steel to 3 mm thick AA6061 aluminium alloy using a laser beam diameter of 1.5…
Microstructural Evolution and Effect on Joint Strength - LW of DP to Aluminium - AHSS Guidelines - […] 2.5 mm thick DP600 steel to 3 mm thick AA6061 aluminium alloy using a laser beam diameter of 1.5…

Submit a Comment Cancel reply