R. Kara Et Al. , "Effect of Welding Methods and Compound Reinforcement Used in Joining Natural Gas Pipeson Weld Strength," Journal of Materials and Mechatronics:A (Online) , no.2, pp.588-597, 2023
Kara, R. Et Al. 2023. Effect of Welding Methods and Compound Reinforcement Used in Joining Natural Gas Pipeson Weld Strength. Journal of Materials and Mechatronics:A (Online) , no.2 , 588-597.
Kara, R., Çolak, F., Yıldırım, G., & Aksu, H. F., (2023). Effect of Welding Methods and Compound Reinforcement Used in Joining Natural Gas Pipeson Weld Strength. Journal of Materials and Mechatronics:A (Online) , no.2, 588-597.
Kara, RIZA Et Al. "Effect of Welding Methods and Compound Reinforcement Used in Joining Natural Gas Pipeson Weld Strength," Journal of Materials and Mechatronics:A (Online) , no.2, 588-597, 2023
Kara, RIZA Et Al. "Effect of Welding Methods and Compound Reinforcement Used in Joining Natural Gas Pipeson Weld Strength." Journal of Materials and Mechatronics:A (Online) , no.2, pp.588-597, 2023
Kara, R. Et Al. (2023) . "Effect of Welding Methods and Compound Reinforcement Used in Joining Natural Gas Pipeson Weld Strength." Journal of Materials and Mechatronics:A (Online) , no.2, pp.588-597.
@article{article, author={RIZA KARA Et Al. }, title={Effect of Welding Methods and Compound Reinforcement Used in Joining Natural Gas Pipeson Weld Strength}, journal={Journal of Materials and Mechatronics:A (Online)}, year=2023, pages={588-597} }