Saravanan

[Saravanan @ssvcdm]

https://t.co/aOimkRXF0j

[Saravanan @ssvcdm]

Effect of preset angle in explosive welding of aluminum-copper alloys https://t.co/8jDccjAPp2

[Saravanan @ssvcdm]

Take a look at my article! https://t.co/cAxWfglotu

[Saravanan @ssvcdm]

I am happy to share my review article.

[Saravanan @ssvcdm]

https://t.co/FDG5EdPs9Y

[Saravanan @ssvcdm]

The Combined Influence of the Detonator Position and Anvil Type on the Weld Quality of Explosively Welded A1050/AZ31 Joints https://t.co/11C2w99Iae #mdpimetals via @Metals_MDPI

[Saravanan @ssvcdm]

Explosive welding of 1050Aluminum/5052Aluminum/magnesium AZ31 multilayer sheets https://t.co/sUsOBMr4Qf

[Saravanan @ssvcdm]

Automated classification of laser weld defects using deep neural networks https://t.co/2xUIXBjsJK

[Saravanan @ssvcdm]

Automated weld defect detection using YOLOv8 algorithm https://t.co/7C5bPldzpB

[Saravanan @ssvcdm]

https://t.co/TvPCXM5K9p

[Saravanan @ssvcdm]

Prediction of shear strength in Al-LCS explosive clads through recurrent neural network: Welding International: Vol 0, No 0 - Get Access https://t.co/ZxnzhAZnds

[Saravanan @ssvcdm]

Review of the Weldability Window in Explosive Welding Processes https://t.co/h6Cf8tm88i

[Saravanan @ssvcdm]

https://t.co/PGQmuTKjhY

[Saravanan @ssvcdm]

An experimental investigation on the explosive plugging of similar and dissimilar steel tubes: Welding International: Vol 0, No 0 https://t.co/scEK2I7CD6

[Saravanan @ssvcdm]

Performance of ANN in predicting the depth to width ratio and tensile strength of UNS S32750 laser weld joints https://t.co/4TN5IoEPM2

[Saravanan @ssvcdm]

Application of Deep Learning Techniques to Predict the Mechanical Strength of Al-Steel Explosive Clads https://t.co/tA9DbPeuAi #mdpimetals via @Metals_MDPI

[Saravanan @ssvcdm]

Effect of different interlayer on Al 5052/SS 316 explosive cladding https://t.co/ysZ7KD4dNP

[Ａｌｏｎｅｂｏｙ @ItzVarun_____]

Tom sturridge as dream/morpheus in #TheSandman is such a perfect casting.

[Saravanan @ssvcdm]

https://t.co/sEklniQnHm