F. Varol Et Al. , "Influence of current intensity and heat input in Metal Inert Gas-brazed joints of TRIP 800 thin zinc coated steel plates," MATERIALS & DESIGN , vol.52, pp.1099-1105, 2013
Varol, F. Et Al. 2013. Influence of current intensity and heat input in Metal Inert Gas-brazed joints of TRIP 800 thin zinc coated steel plates. MATERIALS & DESIGN , vol.52 , 1099-1105.
Varol, F., Ferik, E., Ozsarac, U., & Aslanlar, S., (2013). Influence of current intensity and heat input in Metal Inert Gas-brazed joints of TRIP 800 thin zinc coated steel plates. MATERIALS & DESIGN , vol.52, 1099-1105.
Varol, Faruk Et Al. "Influence of current intensity and heat input in Metal Inert Gas-brazed joints of TRIP 800 thin zinc coated steel plates," MATERIALS & DESIGN , vol.52, 1099-1105, 2013
Varol, Faruk Et Al. "Influence of current intensity and heat input in Metal Inert Gas-brazed joints of TRIP 800 thin zinc coated steel plates." MATERIALS & DESIGN , vol.52, pp.1099-1105, 2013
Varol, F. Et Al. (2013) . "Influence of current intensity and heat input in Metal Inert Gas-brazed joints of TRIP 800 thin zinc coated steel plates." MATERIALS & DESIGN , vol.52, pp.1099-1105.
@article{article, author={Faruk Varol Et Al. }, title={Influence of current intensity and heat input in Metal Inert Gas-brazed joints of TRIP 800 thin zinc coated steel plates}, journal={MATERIALS & DESIGN}, year=2013, pages={1099-1105} }