M. Gür, "Use of The Finite Element Technique to Analyze The Influence of Coating Materials Material Phase State and The Purity on The Level Of The Developed Thermal Stresses In Plasma Coating Systems Under Thermal Loading Conditions," SURFACE & COATINGS TECHNOLOGY , vol.0, no.142, pp.950-0, 2001
Gür, M. 2001. Use of The Finite Element Technique to Analyze The Influence of Coating Materials Material Phase State and The Purity on The Level Of The Developed Thermal Stresses In Plasma Coating Systems Under Thermal Loading Conditions. SURFACE & COATINGS TECHNOLOGY , vol.0, no.142 , 950-0.
Gür, M., (2001). Use of The Finite Element Technique to Analyze The Influence of Coating Materials Material Phase State and The Purity on The Level Of The Developed Thermal Stresses In Plasma Coating Systems Under Thermal Loading Conditions. SURFACE & COATINGS TECHNOLOGY , vol.0, no.142, 950-0.
Gür, Mesut. "Use of The Finite Element Technique to Analyze The Influence of Coating Materials Material Phase State and The Purity on The Level Of The Developed Thermal Stresses In Plasma Coating Systems Under Thermal Loading Conditions," SURFACE & COATINGS TECHNOLOGY , vol.0, no.142, 950-0, 2001
Gür, Mesut. "Use of The Finite Element Technique to Analyze The Influence of Coating Materials Material Phase State and The Purity on The Level Of The Developed Thermal Stresses In Plasma Coating Systems Under Thermal Loading Conditions." SURFACE & COATINGS TECHNOLOGY , vol.0, no.142, pp.950-0, 2001
Gür, M. (2001) . "Use of The Finite Element Technique to Analyze The Influence of Coating Materials Material Phase State and The Purity on The Level Of The Developed Thermal Stresses In Plasma Coating Systems Under Thermal Loading Conditions." SURFACE & COATINGS TECHNOLOGY , vol.0, no.142, pp.950-0.
@article{article, author={Mesut Gür}, title={Use of The Finite Element Technique to Analyze The Influence of Coating Materials Material Phase State and The Purity on The Level Of The Developed Thermal Stresses In Plasma Coating Systems Under Thermal Loading Conditions}, journal={SURFACE & COATINGS TECHNOLOGY}, year=2001, pages={950-0} }